Solar Panel Calculator

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The Anker SOLIX C800 (and C800 Plus) can accept up to 300W of solar input and has a maximum voltage limit of 60V. For off-grid camping, it’s safest and easiest to use a single high-output portable panel. This avoids the hassle of splitters or wiring panels together.
Premium option: Use one official Anker SOLIX PS200 (200W) Portable Solar Panel.

 

 

 

 

 

This panel is efficient and made to work perfectly with your C800. Budget option: Choose a single heavy-duty Renogy 200W Portable Solar Panel.

 

 

 

 

Setup is simple with just one large panel. Don’t connect multiple panels in series, as this could go over the C800’s voltage limit. Just plug the positive and negative connectors from your panel straight into your extension cable. Recommended upgrade: To keep your power station safely inside your car or van while the panel is outside, get a pair of 3.0m MC4 Solar Extension Cables.

 

 

 

 

 

Required adapter (don’t skip this):
To connect standard portable panels or extension cables to your C800, you’ll need an MC4-to-XT60 Adapter Cable.

 

 

 

 

 

Anker uses standard XT60 ports, so any good adapter cable will fit. For permanent campervan roof setups, the best rigid panel is a single Renogy 200W Monocrystalline Rigid Panel.

 

 

 

 

 

The C800 sweet spot (the “one panel” rule): The Anker SOLIX C800 supports up to 300W (max 60V) of solar input. The best van setup is a single 200W rigid panel on your roof. Don’t connect multiple panels in series, or you could get an overvoltage error. Required roof hardware: To mount a single panel to your van roof, you’ll need a 4-pack of Solar Z-Brackets (one for each corner).

 

 

 

 

Roof setup: With just one panel, wiring is simple. The panel will have one positive and one negative connector. Roof entry: Take a standard 9m 10AWG MC4 Extension Cable

 

 

 

 

 

and cut it in half. Attach each half to your solar panel on the roof, then feed the bare wire ends through a Waterproof Roof Cable Entry Gland

 

 

 

into your van. Safety switch: Inside the van, run the two bare wires from the ceiling into a standard 32A DC Solar Isolator Switch.

 

 

 

 

Mount the switch to your van wall. Strip the wire ends and connect them to the top terminals. Then strip the other two cable halves and connect them to the bottom terminals. Final connection: Now you have waterproof MC4 connectors inside your van. Click them into an MC4-to-XT60 Adapter Cable.

 

 

 

 

 

Then plug it into the solar input port on your Anker SOLIX C800.

Your Anker SOLIX C1000 handles up to 600W of solar input via a single XT60 port (Max 60V). For off-grid camping, a single large portable panel is the simplest and most effective match—it delivers strong charging speed performance without complicated splitters or extra wiring. Premium Option: A single official Anker 400W Portable Solar Panel  

 

 

 

 

Budget-Friendly Alternative: A single heavy-duty Renogy 400W Portable Solar Panel.

 

 

 

 

With just one panel setup is straightforward: Simply connect the panel's positive and negative connectors directly into your extension cable. The Recommended Upgrade for van use: To keep your C1000 safely tucked inside your van while the panel sits out in full sun, add a Pair of 3.0m MC4 Solar Extension Cables.

 

 

 

 

The Required Adapter: To plug standard portable panels (or your extension cables) into the C1000, you will need an MC4-to-XT60 Adapter Cable.

 

 

 

 

(Note: Anker uses standard XT60 ports, so any high-quality adapter cable will fit perfectly!) For Permanent Campervan Roof Builds: The Best Rigid Panels on the market are the Renogy 200W Monocrystalline Rigid Panels.

 

 

 

 

The C1000 Sweet Spot ("Overpaneling" for UK Weather): The Anker SOLIX C1000 has a strict 600W (Max 60V) solar limit. However, the ultimate van-build array is actually an 800W array (four 200W panels). Why? This is called "Overpaneling." On a perfectly sunny day, the C1000 will safely ignore the extra power and cap your charge at 600W. But during a grey, overcast UK winter, having this oversized 800W array ensures your C1000 still charges at maximum speed.  Due to the strict 60V limit, you cannot wire these in a single series. You must use a safe "2S2P" Series-Parallel configuration. Required Roof Hardware: To mount these permanently to the van roof, you will need a 16-pack of Solar Z-Brackets (4 brackets per panel) for secure mounting.

 

 

 

 

The Roof Setup: Wire two panels together in series, and the other two together in series. Then, use a pair of MC4 Y-Branch Connectors

 

 

 

 

to combine both strings into a single positive and negative output. This safely keeps the voltage under 50V while delivering excellent power. Roof Entry: Take a standard 9m 10AWG MC4 Extension Cable and cut it exactly in half.

 

 

 

 

Click the halves directly into your Y-Branch Connectors on the roof, and feed the newly cut ends down through a Waterproof Roof Cable Entry Gland

 

 

 

 

into your van. Safety Switch: Inside the van, route the two bare wires coming down from the ceiling into a standard 32A DC Solar Isolator Switch.

 

 

 

 

Mount the switch securely to your van wall. Strip the ends of the two bare wires and connect them to the switch's top terminals. Then, take the other two cable halves you cut earlier, strip the bare ends, and connect them to the switch's bottom terminals. The Final Connection: You now have standard, waterproof MC4 connectors securely installed in your van. Simply click these into an MC4-to-XT60 Adapter Cable and plug it directly into the solar input port on the back of your Anker SOLIX C1000.

 

 

Your Anker Solix F2000 is a heavy-duty unit that can handle a massive 1000W of solar input (Max 60V). To charge this power station off-grid, we recommend wiring 2 x Anker 531 (200W) Solar Panels in series. These are perfectly optimised for Anker systems and offer direct plug-and-play.

 

 

 

 

The Budget Choice: Two of the Renogy 200W Portable Solar Panels.

 

 

 

 

To plug these standard panels into the Anker's input, you will need an MC4 to XT60 Adapter Cable.

 

 

 

 

For Permanent Campervan Roof Builds: The Best Rigid Panels on the market are the Renogy 200W Monocrystalline Rigid Panels. You will need 4 of these panels to max out your portable power station's solar input.

 

 

 

 

Required Roof Hardware: To mount these permanently, you will need a pack of Solar Z-Brackets. (4 per panel)

 

 

 

 

Note for the Anker Solix F2000: The F2000 features a massive 20 Amp single-input port, but it has a strict 60V limit. If you wire 4 panels in a single series, you will trigger an overvoltage error! Instead, you must wire them in a "Series-Parallel" configuration. The Roof Setup: Wire two panels together in series, and the other two together in series. Then, use a pair of MC4 Y-Branch Connectors to click all four panels into a single positive and negative output.

 

 

 

 

The Roof Entry: Take a standard 9m 10 AWG MC4 Extension Cable and cut it exactly in half.

 

 

 

 

Plug each half into your Y-Branch Connectors. Route the two newly cut,  bare wire ends down through a Waterproof Roof Cable Entry Gland. To install the gland, drill the required size hole in the van roof and seal it properly with a suitable sealant. 

 

 

 

 

The Safety Switch: Route the two bare wires coming down through the van roof into a standard 32A DC Solar Isolator Switch. Mount the switch onto the van wall in a convenient location. Strip the ends of the 2 bare wires coming from the roof and connect them to the switch's top terminals. Then take the other 2 halves that you cut earlier, strip the bare ends and connect them to the switch's bottom terminals. You now have a secure, easy-to-access on/off switch for the entire solar array.

 

 

 

 

The Final Connection: You now have standard MC4 connectors inside your van. Simply plug them into an MC4-to-XT60 adapter cable, then connect the XT60 end to your power station to complete the installation.

 

 

Your Anker SOLIX F3800 supports up to 2400W of solar input, split across two separate input ports (Max 60V each). For off-grid camping, an 800W portable setup utilising both ports strikes the perfect balance of power and portability.
The Portable Premium Choice: Two of the Anker 400W Portable Solar Panels

 

 

 

 

The Portable Budget Choice: Two heavy-duty Renogy 400W Portable Solar Panels.

 

 

 

 

Because the F3800 has a strict 60V limit per port, you cannot wire these two 400W panels together in series! Instead, you will plug one 400W panel directly into Port 1, and the second 400W panel directly into Port 2. The Recommended Upgrade: To keep your power station safely hidden in the shade (or inside your van) while the panels sit in full sun, we highly recommend adding standard 3m MC4 Solar Extension Cables.

 

 

 

 

(Note: Since you are running two separate panels to two separate ports on the F3800, you will need TWO pairs of extension cables!) Required Adapters: To plug standard portable panels (or your extension cables) into the F3800, you will need TWO MC4-to-XT60 Adapter Cables.

 

 

 

 

For Permanent Campervan Roof Builds: The Best Rigid Panels on the market for this application are the Renogy 200W Monocrystalline Rigid Panels.

 

 

 

 

The F3800 Sweet Spot (800W vs 2400W): The Anker SOLIX F3800 boasts a massive 2400W maximum solar input, but this is split across two separate XT60 input ports (each with a strict 60V limit) and roughly 1200W per port. Fitting the 12 rigid panels needed to hit the full 2400W on a typical van roof is usually impractical. The realistic sweet spot for most campervan builds is an 800W array (using 4 panels). Because of the 60V per-port limit, you cannot safely wire all 4 panels in a single series string. Instead, you must create two separate 400W arrays. Required Roof Hardware: To mount these four panels permanently on the van roof, you will need 16 Solar Z-Brackets (4 brackets per panel).

 

 

 

 

The Roof Setup: Wire two panels together in a simple series to create "Array A". Wire the remaining two panels together in a series to create "Array B".
The Roof Entry: Use two standard 9m 10AWG MC4 Extension Cables

 

 

 

 

and cut them exactly in half. Click one set of halves into Array A and the other into Array B. Note: because you have 4 wires coming down, you will either need to install two Waterproof Roof Cable Entry Glands side by side, or purchase a larger quad-entry PV box for your roof.

 

 

 

 

The Safety Switch: Inside the van, route the 4 bare wires coming down from the ceiling into a 2-in-2-out DC Solar Isolator Switch.

 

 

 

 

Mount the isolator switch securely to your van wall. Strip the ends of the four bare wires from the roof side and connect them to the switch's top terminals. Then, take the other 4 cable halves you cut earlier, strip the bare ends, and connect them to the switch's bottom terminals. The Final Connection: You now have two clean distinct sets of standard MC4 connectors safely inside your van. Simply click these into TWO MC4-to-XT60 Adapter Cables then plug them into the two separate solar input ports on the back of your Anker SOLIX F3800.

 

 

Your Bluetti AC180 handles up to 500W of solar input (Max 60V). Because this unit can be expanded with extra batteries (like the B80 or B230) to over 2000Wh, it is highly popular for van conversions. For Portable / Camping Setups: Premium Choice: The official Bluetti PV350 (350W) Solar Panel. This is direct plug-and-play with no adapters needed.

 

 

 

 

Budget Choice: The Renogy 300W Portable Solar Panel.

 

 

 

 

The Setup: Since you are using only one large panel, the setup is easy. Simply plug the panel's positive and negative connectors directly into your extension cable. Recommended Upgrade: To keep your AC180 safely inside the van while the panel sits out in the sun, we highly recommend purchasing a Pair of 3.0m MC4 Solar Extension Cables.

 

 

 

 

The Required Adapter (Free in the box!): To plug standard portable panels (or your extension cables) into the AC180, simply use the MC4-to-DC7909 Solar Charging Cable supplied with your AC180! Click your MC4 connectors into the cable, and plug the DC7909 barrel end into the front of your Bluetti. For Permanent Camper van Roof Builds: The Best Rigid Panels are 4 x Renogy 200W Monocrystalline Rigid Panels.

 

 

 

 

The AC180 Sweet Spot ("Overpaneling" for UK Weather): The AC180 has a strict 500W (Max 60V) solar limit. However, the ultimate van-build sweet spot is actually an 800W array (4 panels). Why? This is called "Overpaneling." On a perfectly sunny day, the AC180 will safely ignore the extra power and cap your charge at 500W. But during a grey, overcast UK winter, that oversized 800W array ensures your AC180 still charges at maximum speed! Due to the strict 60V limit, you cannot wire these in a single series. You must use a safe "2S2P" Series-Parallel configuration Required Roof Hardware: To mount these permanently to the van roof, you will need Solar Z-Brackets.  (4 per panel).

 

 

 

 

The Roof Setup: Wire two panels together in series, and the other two together in series. Then, use a pair of  MC4 Y-Branch Connectors

 

 

 

 

to combine both strings into a single positive and negative output. This safely keeps the voltage under 50V while delivering incredible power! The Roof Entry: Take a standard  9m 10AWG MC4 Extension Cable

 

 

 

 

and cut it exactly in half. Click the halves directly into your Y-Branch Connectors on the roof. Feed these newly cut, bare wires down through a Waterproof Roof Cable Entry Gland into your van.

 

 

 

 

The Safety Switch: Route the two bare wires coming down from the ceiling into a standard 32A DC Solar Isolator Switch. Mount the switch to your van wall. Strip the ends of the two bare wires coming down from the roof and connect them to the switch's top terminals. Then, take the other two cable halves you cut earlier, strip their bare ends and connect them to the switch's bottom terminals.

 

 

 

 

The Final Connection: You now have standard, waterproof MC4 connectors inside your van. Simply click these into an MC4-to-DC7909 adapter cable. and plug it directly into the front of your Bluetti AC180!

 

 

Your Bluetti EB3A can take up to 200W of solar input, but it has a strict 28V maximum voltage limit. For off-grid camping, the safest and easiest option is to use one high-output 200W portable panel. This way, you avoid complicated splitters or series wiring.
Premium Choice: Use one official Bluetti PV200 (200W) Portable Solar Panel.

 

 

 

 

This panel is a perfect match for the EB3A and will not go over the voltage limit.
Budget Choice: Choose a single heavy-duty Renogy 200W Portable Solar Panel.

 

 

 

 

Setup: Using just one panel makes things very simple. Do not connect multiple smaller panels in series, as this can easily exceed the EB3A’s 28V limit. Just plug the positive and negative connectors from your panel straight into your extension cable. Recommended Upgrade: To keep your power station safely inside your car or van while the panel is outside in the sun, we suggest getting a pair of 3.0m MC4 Solar Extension Cables.

 

 

 

 

 

Required Adapter: This step is important—do not skip it. To connect standard portable panels or your extension cables to the EB3A, you need an MC4-to-DC7909 Adapter Cable.

 

 

 

 

Bluetti uses a specific 8mm barrel port. If this cable did not come with your EB3A, you will need to get one to connect your solar panels. Permanent Campervan Roof Build. For permanent campervan roof builds, the best rigid panel for this setup is a single Renogy 200W Monocrystalline Rigid Panel.

 

 

 

 

 

The EB3A Sweet Spot: The One Panel Rule. Since the EB3A has a strict 28V limit, the best van-build setup is a single 200W rigid panel mounted on your roof. Do not connect multiple panels in series for this power station, as it will cause an overvoltage error right away. Required Roof Hardware: To mount a single panel on your van roof, you need one 4-pack of Solar Z-Brackets, with one bracket for each corner.

 

 

 

 

Roof Setup: With just one panel, roof wiring is simple. Your panel will have one positive and one negative connector hanging from it. Roof Entry: Take a standard 9m 10AWG MC4 Extension Cable

 

 

 

 

Connect each half to your solar panel on the roof, then feed the bare wire ends through a Waterproof Roof Cable Entry Gland into your van.

 

 

 

 

Safety Switch: Inside your van, run the two bare wires from the ceiling into a standard 32A DC Solar Isolator Switch.

 

 

 

 

Mount the switch securely to your van wall. Strip the ends of the wires and connect them to the switch's top terminals. Then, take the other two cable halves you cut earlier, strip their ends, and connect them to the bottom terminals. Final Connection: Now you have standard, waterproof MC4 connectors inside your van. Connect these to an MC4-to-DC7909 Adapter Cable, then plug it into the front of your Bluetti EB3A.

 

 

Your Bluetti AC300 supports up to  2400W of solar input, split across two separate solar lines (Max 150V per line). For off-grid camping, an 800W portable setup with a single input is the perfect balance of power and portability. The Portable Premium Choice: Two of the Bluetti PV350 (350W) Solar Panels.

 

 

 

 

The Portable Budget Choice: Two heavy-duty Renogy 400W Portable Solar Panels.

 

 

 

 

Thanks to the high 150V limit per line, you can simply wire your two portable panels together in a straight series. No complicated Y-branch connectors or splitters are required. The Recommended Upgrade: To keep your AC300 station safely inside your van while the panels sit outside in the sun, we highly recommend purchasing a Pair of 3 m MC4 Solar Extension Cables.

 

 

 

 

The Required Adapter: To connect standard portable panels (or your extension cables) to the AC300, use the heavy-duty Multifunctional DC Charging Cable (Aviation to MC4) that was included for free in your AC300 box. Simply click your panels into the "DC1" connectors on that cable, and then plug the Aviation end into the front of your AC300.  For Permanent Campervan Roof Builds: The Best Rigid Panels on the market are the Renogy 200W Monocrystalline Rigid Panels.

 

 

 

 

The AC300 Sweet Spot (800W vs 2400W): The Bluetti AC300 boasts a massive 2400W maximum solar input, split across two lines. However, fitting the 12 rigid panels needed to reach that maximum on a standard van roof is usually impractical due to roof fans, vents, and space constraints. The realistic van-build sweet spot is an 800W array using 4 panels. Thanks to the 150V ceiling, you can safely wire all 4 of these panels together in one simple, straight series string without triggering an overvoltage error. Required Roof Hardware: To permanently mount these four panels to the van roof, you will need 16 Solar Z-Brackets (4 per panel).

 

 

 

 

The Roof Setup: Wire all four solar panels together in a simple, straight series. This will leave you with just one positive and one negative connector at the very end of the chain. (No Y-Branch connectors needed!) The Roof Entry: Take a standard 9m 10AWG MC4 Extension Cable

 

 

 

 

and cut it exactly in half. Click one half into the positive roof connector, and the other into the negative. Feed these newly cut, bare wires down through a single Waterproof Roof Cable Entry Gland

 

 

 

 

The Safety Switch: Inside the van, route the two bare wires coming down from the ceiling into a standard 32A DC Solar Isolator Switch.

 

 

 

 

Mount the switch securely to your van wall. Strip the ends of the two bare wires and connect them to the switch's top terminals. Then, take the other two cable halves you cut earlier, strip the bare ends, and connect them to the switch's bottom terminals. The Final Connection: You now have standard, waterproof MC4 connectors safely inside your van. Simply click these into the DC1 MC4 connectors on the Multifunctional DC Charging Cable that came included in your AC300 box, and plug the Aviation end directly into the front of your Bluetti!

Your Bluetti AC500 supports up to  3000W of solar input, split across two separate solar lines (Max 150V per line). For off-grid camping, an 800W portable setup with a single input is the perfect balance of power and portability. The Portable Premium Choice: Two of the Bluetti PV350 (350W) Solar Panels.

 

 

 

 

The Portable Budget Choice: Two heavy-duty Renogy 400W Portable Solar Panels.

 

 

 

 

Thanks to the high 150V limit per line, you can simply wire your two portable panels together in a straight series. No complicated Y-branch connectors or splitters are required. The Recommended Upgrade: To keep your AC500 station safely inside your van while the panels sit outside in the sun, we highly recommend purchasing a Pair of 3 m MC4 Solar Extension Cables.

 

 

 

 

The Required Adapter: To connect standard portable panels (or your extension cables) to the AC500, use the heavy-duty Multifunctional DC Charging Cable (Aviation to MC4) that was included for free in your AC500 box. Simply click your panels into the "DC1" connectors on that cable, and then plug the Aviation end into the front of your AC500.  For Permanent Campervan Roof Builds: The Best Rigid Panels on the market are the Renogy 200W Monocrystalline Rigid Panels.

 

 

 

 

The AC500 Sweet Spot (800W vs 2400W): The Bluetti AC500 boasts a massive 3000W maximum solar input, split across two lines. However, fitting the 15 rigid panels needed to reach that maximum on a standard van roof is usually impractical due to roof fans, vents, and space constraints. The realistic van-build sweet spot is an 800W array using 4 panels. Thanks to the 150V ceiling, you can safely wire all 4 of these panels together in one simple, straight series string without triggering an overvoltage error. Required Roof Hardware: To permanently mount these four panels to the van roof, you will need 16 Solar Z-Brackets (4 per panel).

 

 

 

 

The Roof Setup: Wire all four solar panels together in a simple, straight series. This will leave you with just one positive and one negative connector at the very end of the chain. (No Y-Branch connectors needed!) The Roof Entry: Take a standard 9m 10AWG MC4 Extension Cable

 

 

 

 

and cut it exactly in half. Click one half into the positive roof connector, and the other into the negative. Feed these newly cut, bare wires down through a single Waterproof Roof Cable Entry Gland.

 

 

 

 

The Safety Switch: Inside the van, route the two bare wires coming down from the ceiling into a standard 32A DC Solar Isolator Switch.

 

 

 

 

Mount the switch securely to your van wall. Strip the ends of the two bare wires and connect them to the switch's top terminals. Then, take the other two cable halves you cut earlier, strip the bare ends, and connect them to the switch's bottom terminals. The Final Connection: You now have standard, waterproof MC4 connectors safely inside your van. Simply click these into the DC1 MC4 connectors on the Multifunctional DC Charging Cable that came included in your AC500 box, and plug the Aviation end directly into the front of your Bluetti!

Your Bluetti AC200L handles a massive 1200W of solar input (Max 145V). Thanks to this high-voltage limit, you can safely connect multiple large panels in series. Here are your best options for Portable / Camping Setups to maximise your off-grid charging: Premium Choice: Up to three of the official Bluetti PV350 (350W) Solar Panels. These are 100% plug-and-play with the solar adapter cable included in your Bluetti box.

 

 

 

 

The Budget Choice: Two of the heavy-duty Renogy 400W Portable Solar Panels

 

 

 

 

The Recommended Upgrade: You will need 2 extension cables for the Renogy solar panels. To keep your power station safely hidden in the shade (or inside your van) while the panels sit in the sun, we recommend one  6 Metre-MC4 Cable.

 

 

 

 

Plus an MC4-to-XT90 Adapter Cable to plug it directly into your Bluetti AC200L! 

 

 

 

 

For Permanent Campervan Roof Builds: The Best Rigid Panels on the market are the Renogy 200W Monocrystalline Rigid Panels. The AC200L Sweet Spot (800W): The Bluetti AC200L boasts a massive 1200W (145V) maximum solar input, meaning it can technically handle up to 6 of these panels. However, fitting 6 rigid panels to a standard van roof is rarely practical once roof fans and vents are installed. The ultimate van-build sweet spot is an 800W array (4 panels). Thanks to the AC200L's high 145V limit, you can wire all 4 panels in a single, simple, straight series without triggering an overvoltage error! 4 x Renogy 200W Monocrystalline Rigid Panels.

 

 

 

 

The Roof Setup: Wire all four solar panels together in a simple straight series. This gives you just one positive and one negative connector at the end of the chain. Required Roof Hardware: To mount these permanently, you will need Solar Z-Brackets. (4 per panel)

 

 

 

 

The Roof Entry: Take a standard 9m 10AWG MC4 Extension Cable

 

 

 

 

and cut it exactly in half. Insert one half into the positive roof connector and the other into the negative. Feed these newly cut, bare wires down through a Waterproof Roof Cable Entry Gland into your van.

 

 

 

 

The Safety Switch: Inside the van, route the two bare wires coming down from the ceiling into a standard 32A DC Solar Isolator Switch.

 

 

 

 

Mount the switch to your van wall. Strip the ends of the two bare wires from the roof and connect them to the switch's top terminals. Then, take the other two cable halves you cut earlier, strip the bare ends, and connect them to the switch's bottom terminals. The Final Connection: You now have standard, waterproof MC4 connectors safely inside your van. Simply click these into an MC4-to-XT90 Adapter Cable and plug it directly into your Bluetti AC200L!

 

 

Your Bluetti Elite 200 V2 can handle up to 1000W of solar input (12- 60V, 20A Max). Due to the strict 60V limit, all panels must be connected in parallel for portable or camping setups. Here are your best options: Premium Choice: Two of the official Bluetti PV350 (350W) Solar Panels.  These connect easily using the solar charging MC4 cable included in the box.

 

 

 

 

Budget Choice: Two of the heavy-duty Renogy 400W Portable Solar Panels.

 

 

 

 

Because the Elite 200 V2 has a 60V limit, you must run both the Bluetti and the Renogy panels in parallel. To do this, you will need a pair of MC4 Y-Branch Connectors. Simply connect both of your panels to the Y-branches, then run the combined output into your extension cable. 

 

 

 

 

 

Recommended Upgrade: The solar adapter extension cable Bluetti provided with the Bluetti Elite 200 V2 is quite short. We highly recommend adding a 3m MC4 Solar Extension Cable. This lets you keep your power station safely in the shade while the panels sit in full sun.

 

 

 

 

For Permanent Campervan Roof Builds: The Best Rigid Panels on the market are the Renogy 200W Monocrystalline Rigid Panels. You will need four of these panels (wired in a series-parallel array) to safely approach the maximum solar input of your Bluetti Elite 200 V2.

 

 

 

 

Unlike the larger AC200L, the compact Elite 200 v2 has a strict 60V maximum solar input limit. Wiring all four panels in a single straight series would exceed this limit, triggering an overvoltage error and potentially damaging the unit. Instead you must wire them in a safe "2S2P" (Series-Parallel) configuration. Required Roof Hardware: To mount these permanently to the van roof, you will need a pack of Solar Z-Brackets (4 brackets per panel).

 

 

 

 

The Roof Setup: Wire two panels together in series, and the other two together in series. Then, use a pair of MC4 Y-Branch Connectors to combine both strings into a single positive and negative output. This safely keeps the voltage well under 60V while delivering up to 800W of power!

 

 

 

 

The Roof Entry: Take a standard 9m 10AWG MC4 Extension Cable and cut it exactly in half.

 

 

 

 

Click the connector halves into your Y-Branch Connectors on the roof. Then feed the newly cut bare wires down through a Waterproof Roof Cable Entry Gland into your van. This keeps everything weatherproof.

 

 

 

 

The Safety Switch: Inside the van, route the two bare wires coming down from the ceiling into a standard 32A DC Solar Isolator Switch. Mount the switch on your van wall for easy access. Strip the ends of the incoming wires and connect them to the switch's top (or input) terminals. Then, take the other two cable halves you cut earlier, strip the bare ends, and connect them to the switch's bottom terminals (output) terminals.

 

 

 

 

The Final Connection: You now have standard, waterproof MC4 connectors securely installed in your van. Simply connect these into the MC4-to-XT60 Adapter cable that was included in the box with your Elite 200 V2 and plug it directly into the front of your Bluetti Elite 200 v2!

Your standard EcoFlow Delta 2 handles up to 500W of solar input (Max 60V). To maximise this single input port, here is your best option: Premium Choice: EcoFlow 400W Portable Solar Panel.

 

 

 

 

The Budget Choice: The Renogy 400W Portable Solar Panel.

 

 

 

 

Because you're only using one large panel, simply plug the panel's positive and negative connectors directly into your extension cable. Recommended Upgrade: To keep your Delta 2 safely inside the van while the panel sits outside in the sun, we highly recommend purchasing a Pair of 3.0m MC4 Solar Extension Cables.

 

 

 

 

The Required Adapter: To plug standard portable panels (or your extension cables) into the Delta 2, you must use an MC4-to-XT60i Adapter Cable.

 

 

 

 

Important: Notice the "i" at the end! If you use a standard, generic XT60 cable, the Delta 2 will think it is plugged into a weak 12V car cigarette lighter and will severely limit your solar charging speed. You must use the "i" version to unlock the maximum charging speed. For Permanent Campervan Roof Builds: The Best Rigid Panels on the market are the Renogy 200W Monocrystalline Rigid Panels.

 

 

 

 

The Delta 2 Sweet Spot ("Overpaneling" for UK Weather): The Delta 2 has a strict 500W (Max 60V) solar limit. However, the ultimate van-build sweet spot is actually an 800W array (4 panels).
This is called "Overpaneling." On a perfectly sunny day, the Delta 2 will safely ignore the extra power and caps charging at 500W. But during a grey, overcast UK winter, having that oversized 800W array ensures your Delta 2 still charges at maximum speed! Due to the strict 60V limit, you cannot wire these in a single series. You must use a "2S2P" Series-Parallel configuration. Required Roof Hardware: To mount these permanently to the van roof, you will need a 16 pack of Solar Z-Brackets (4 brackets per panel).

 

 

 

 

The Roof Setup: Wire two panels together in series, and the other two together in series. Then, use a pair of MC4 Y-Branch Connectors

 

 

 

 

to click all four panels into a single positive and negative output. This safely keeps the voltage under 50V while delivering incredible power! Roof Entry: Take a standard 9m 10AWG MC4 Extension Cable

 

 

 

 

and cut it exactly in half. Click the halves into your Y-Branch Connectors on the roof, and feed the newly cut, bare wires down through a Waterproof Roof Cable Entry Gland

 

 

 

 

into your van. The Safety Switch: Inside the van, route the two bare wires coming down from the ceiling into a standard 32A DC Solar Isolator Switch.

 

 

 

 

Mount the switch to your van wall. Strip the ends of the two bare wires and connect them to the switch's top terminals. Then, take the other two cable halves you cut earlier, strip the bare ends, and connect them to the switch's bottom terminals. Final Connection. You now have standard MC4 connectors safely inside your van. Simply click these into an MC4-to-XT60i Adapter Cable

 

 

 

 

and plug it directly into the back of your Delta 2. (Remember: you must use an "XT60i" cable to unlock your full solar speeds!)

Your EcoFlow Delta 2 Max supports 1000W of solar input, split across two ports (Max 60V each). To charge this power station in as little as 2.5 hours, here's what you will need for portable and permanent roof options. The Portable Premium Choice: Two of the EcoFlow 400W Portable Panels.

 

 

 

 

The Portable Budget Choice: Two of the Renogy 400W Portable Panels.

 

 

 

 

Required Adapters: If you go with the portable camping budget panels, you will need 2 MC4-to-XT60i Adapter Cables. (The "i" version adapters are needed for unlocking EcoFlow's faster charging speeds!) Notice the "i" at the end! If you use a standard, generic XT60 cable, the Delta Pro will think it is plugged into a 12V car cigarette lighter and will severely limit your solar charging speed. You must use the "i" version to unlock the maximum charging speed. 

 

 

 

 

For Permanent Campervan Roof Builds: The best rigid panels on the market are the Renogy 200W Monocrystalline Rigid Panels. You will need four of these panels to safely connect to your EcoFlow's solar input. 

 

 

 

 

The Delta 2 Max has an impressive 1000W solar input, but it is split across two separate input ports (each with a 500W / 60V maximum limit). If you try to wire all 4 panels together and plug them into a single port, you risk triggering an overvoltage error or overcurrent error. Instead, build two separate 400W arrays. (two panels per array) and connect each array to its own input port using an XT60i cable. Standard XT60 cables will limit your EcoFlow to a slow ''car charging" speed. Required Roof Hardware: To mount these permanently to the van roof, you will need a pack of Solar Z-Brackets (4 brackets per panel, so 16 total). 

 

 

 

 

The Roof Setup: Wire two panels together in a series to create Array A. Wire the remaining two panels together in series to create Array B. The Roof Entry: Take two standard 9m 10AWG MC4 Extension Cables and cut them in exactly half.

 

 

 

 

This gives you four short pigtails with MC4 connectors on one end and bare wires on the other. Connect one set of halves to Array A, and the other set to Array B. Feed the four newly cut, bare wires down through your Waterproof Roof Cable Entry Glands into the van. 

 

 

 

 

The Safety Switch: Inside the van, route the four bare wires from the ceiling into a 2-in-2-out DC Solar Isolator Switch (such as the SEAFRONT PV Combiner Box).

 

 

 

 

Mount it securely to your van wall. Strip the ends of the four bare wires from the roof and connect them to the switch's top (input terminals). Then, take the other four cable halves you cut earlier, strip the bare ends, and connect them to the switch's bottom (output terminals). The Final Connection: You now have two distinct sets of standard MC4 connectors safely inside your van. Simply click these into two MC4-to-XT60i Adapter Cables and plug them into the two separate solar input ports on the back of your EcoFlow Delta 2 Max.

 

 

The EcoFlow River 2  is designed for lightweight travel. It supports up to 110W of solar input with a strict 30V maximum input limit. For off-grid camping, using a single 110W portable panel is the safest and most efficient option. You won’t need any splitters or series wiring. Premium Choice: A single official EcoFlow 100W Portable Solar Panel.

 

 

 

 

 

 

 

 

 

Budget Choice: A single heavy-duty Renogy 100W Portable Solar Panel.

 

 

 

 

 

Setup: Since you are using just one panel, setup is simple. Do not connect multiple panels in series, as this will exceed the River 2’s 30V limit! Simply connect the panel’s positive and negative connectors directly to your extension cable. Recommended Upgrade: To keep your power station safely inside your car or van while the panel sits out in the direct sunlight, consider using a Pair of 3.0m MC4 Solar Extension Cables.

 

 

 

 

 

 

 

 

 

Required Adapter: To connect standard portable panels or extension cables to the River 2, you need an MC4-to-XT60i adapter cable.

 

 

 

 

 

 

 

 

 

Make sure it’s the version with the “i” at the end. If you use a regular XT60 cable, your EcoFlow will think it’s a 12V car charger, and your solar charging speed will be much slower. Only the “i” version gives you the fastest charging. For Permanent Campervan Roof Builds, the best choice is a single Renogy 100W monocrystalline rigid panel.

 

 

 

 

 

 

 

 

 

The River 2 Sweet Spot (The “One Panel” Rule): Since the base River 2 has a strict 30V limit, the best van setup is a single 100W rigid panel mounted on your roof. Do not connect multiple panels in series, as this will cause an overvoltage error. To permanently mount a single panel to your van roof, you’ll need a 4-pack of solar Z-brackets. (One for each corner). 

 

 

 

 

 

 

 

 

Roof Setup: Since you have only one panel, there is no complex roof wiring. Your single panel will have one positive and one negative connector coming from it. Roof Entry: Use a standard 9m 10AWG MC4 Extension Cable

 

 

 

 

 

 

 

 

and cut it exactly in half. Click the halves directly into your single solar panel on the roof, and feed the newly cut, bare wires down through a Waterproof Roof Cable Entry Gland

 

 

 

 

 

 

 

 

into your van. Safety Switch: Inside the van, route the two bare wires coming down from the ceiling into a standard 32A DC Solar Isolator Switch.

 

 

 

 

 

 

 

 

Mount the switch securely to your van wall. Strip the ends of the two bare wires and connect them to the switch’s top terminals. Then, take the other two cable halves you cut earlier, strip the bare ends, and connect them to the switch’s bottom terminals. Now you have standard, waterproof MC4 connectors inside your van. Connect these to an MC4-to-XT60i adapter cable, then plug it into the back of your River 2. Remember, you need the “XT60i” cable to get full solar charging speed.

 

 

 

 

 

The EcoFlow River 2 Max is designed for lightweight travel. It supports up to 220W of solar input with a strict 50V maximum input limit. For off-grid camping, using a single 220W portable panel is the safest and most efficient option. You won’t need any splitters or series wiring.
Premium Choice: A single official EcoFlow 220W Portable Solar Panel.

 

 

 

 

 

 

 

 

Budget Choice: A single heavy-duty Renogy 200W Portable Solar Panel. 

 

 

 

 

Setup: Since you are using just one panel, setup is simple. Do not connect multiple panels in series, as this will exceed the River 2 Max's 50V limit! Simply connect the panel’s positive and negative connectors directly to your extension cable. Recommended Upgrade: To keep your power station safely inside your car or van while the panel sits out in the direct sunlight, consider using a Pair of 3.0m MC4 Solar Extension Cables.

 

 

 

 

 

 

 

 

 

Required Adapter: To connect standard portable panels or extension cables to the River 2 Max, you need an MC4-to-XT60i adapter cable.

 

 

 

 

 

 

 

 

 

Make sure it’s the version with the “i” at the end. If you use a regular XT60 cable, your EcoFlow will think it’s a 12V car charger, and your solar charging speed will be much slower. Only the “i” version gives you the fastest charging. For Permanent Campervan Roof Builds, the best choice is a single Renogy 200W monocrystalline rigid panel.

 

 

 

 

 

 

 

 

 

The River 2 Sweet Spot (The “One Panel” Rule): Since the River 2 Max has a strict 50V limit, the best van setup is a single 200W rigid panel mounted on your roof. Do not connect multiple panels in series, as this will cause an overvoltage error. To permanently mount a single panel to your van roof, you’ll need a 4-pack of solar Z-brackets. (One for each corner). 

 

 

 

 

 

 

 

 

Roof Setup: Since you have only one panel, there is no complex roof wiring. Your single panel will have one positive and one negative connector coming from it. Roof Entry: Use a standard 9m 10AWG MC4 Extension Cable

 

 

 

 

 

 

 

 

and cut it exactly in half. Click the halves directly into your single solar panel on the roof, and feed the newly cut, bare wires down through a Waterproof Roof Cable Entry Gland

 

 

 

 

 

 

 

 

into your van. Safety Switch: Inside the van, route the two bare wires coming down from the ceiling into a standard 32A DC Solar Isolator Switch.

 

 

 

 

 

 

 

 

Mount the switch securely to your van wall. Strip the ends of the two bare wires and connect them to the switch’s top terminals. Then, take the other two cable halves you cut earlier, strip the bare ends, and connect them to the switch’s bottom terminals. Now you have standard, waterproof MC4 connectors inside your van. Connect these to an MC4-to-XT60i adapter cable, then plug it into the back of your River 2. Remember, you need the “XT60i” cable to get full solar charging speed.

 

 

 

 

 

The EcoFlow River 2 Pro is designed for lightweight travel. It supports up to 220W of solar input with a strict 50V maximum input limit. For off-grid camping, using a single 220W portable panel is the safest and most efficient option. You won’t need any splitters or series wiring.
Premium Choice: A single official EcoFlow 220W Portable Solar Panel.

 

 

 

 

 

 

 

 

Budget Choice: A single heavy-duty Renogy 200W Portable Solar Panel. 

 

 

 

 

Setup: Since you are using just one panel, setup is simple. Do not connect multiple panels in series, as this will exceed the River 2 Pro's 50V limit! Simply connect the panel’s positive and negative connectors directly to your extension cable. Recommended Upgrade: To keep your power station safely inside your car or van while the panel sits out in the direct sunlight, consider using a Pair of 3.0m MC4 Solar Extension Cables.

 

 

 

 

 

 

 

 

 

Required Adapter: To connect standard portable panels or extension cables to the River 2 Pro, you need an MC4-to-XT60i adapter cable.

 

 

 

 

 

 

 

 

 

Make sure it’s the version with the “i” at the end. If you use a regular XT60 cable, your EcoFlow will think it’s a 12V car charger, and your solar charging speed will be much slower. Only the “i” version gives you the fastest charging. For Permanent Campervan Roof Builds, the best choice is a single Renogy 200W monocrystalline rigid panel.

 

 

 

 

 

 

 

 

 

The River 2 Sweet Spot (The “One Panel” Rule): Since the River 2 Pro has a strict 50V limit, the best van setup is a single 200W rigid panel mounted on your roof. Do not connect multiple panels in series, as this will cause an overvoltage error. To permanently mount a single panel to your van roof, you’ll need a 4-pack of solar Z-brackets. (One for each corner). 

 

 

 

 

 

 

 

 

Roof Setup: Since you have only one panel, there is no complex roof wiring. Your single panel will have one positive and one negative connector coming from it. Roof Entry: Use a standard 9m 10AWG MC4 Extension Cable

 

 

 

 

 

 

 

 

and cut it exactly in half. Click the halves directly into your single solar panel on the roof, and feed the newly cut, bare wires down through a Waterproof Roof Cable Entry Gland

 

 

 

 

 

 

 

 

into your van. Safety Switch: Inside the van, route the two bare wires coming down from the ceiling into a standard 32A DC Solar Isolator Switch.

 

 

 

 

 

 

 

 

Mount the switch securely to your van wall. Strip the ends of the two bare wires and connect them to the switch’s top terminals. Then, take the other two cable halves you cut earlier, strip the bare ends, and connect them to the switch’s bottom terminals. Now you have standard, waterproof MC4 connectors inside your van. Connect these to an MC4-to-XT60i adapter cable, then plug it into the back of your River 2. Remember, you need the “XT60i” cable to get full solar charging speed.

 

 

 

 

 

Your EcoFlow Delta Pro supports a massive 1600W of solar input (Max 150V). For off-grid camping, an 800W portable setup strikes the perfect balance of power and portability. The Portable Premium Choice: Two of the EcoFlow 400W Portable Solar Panels.

 

 

 

 

The Portable Budget Choice: Two heavy-duty Renogy 400W Portable Solar Panels.

 

 

 

 

Portable Setup: Thanks to the Delta Pro's high 150V voltage limit, you can simply wire the two 400W portable panels in series - no complicated splitters required. To keep your power station safely in the shade (or inside your van) while the panels are in full sun, we highly recommend adding a Pair of 3m MC4 Solar Extension Cables.

 

 

 

 

To plug standard portable panels (or your extension cables) into the Delta Pro, you must use an MC4-to-XT60i Adapter Cable. (Notice the "i" at the end) A standard, generic XT60 cable will cause the Delta Pro to think it is plugged into a 12V car socket, severely limiting your solar charging speed. 

 

 

 

 

For Permanent Campervan Roof Builds: The Best Rigid Panels on the market are the Renogy 200W Monocrystalline Rigid Panels.  The Sweet Spot for most van builds is an 800W array using 4 panels (balancing power with available roof space for fans and vents). Thanks to the Delta Pro's 150V limit, you can wire all four panels in a simple series string.

 

 

 

 

Required Roof Hardware: To mount the panels permanently, you will need a 16-pack of Solar Z-Brackets (4 brackets per panel).

 

 

 

 

The Roof Setup: Wire the four panels in a simple series string. This leaves you with just one positive and one negative connector at the end - no Y-Branch connectors needed. The Roof Entry: Take a standard 9m 10AWG MC4 extension cable

 

 

 

 

and cut it exactly in half. Connect one half to the positive end of your panel string and the other to the negative end. Feed these two cables down through a single Waterproof Roof Cable Entry Gland into the van interior. Seal thoroughly.

 

 

 

 

Safety Switch Installation: Inside the van, route the two wires coming down from the roof cable entry gland into a standard 32A DC Solar Isolator Switch. This allows you to safely disconnect the solar array for maintenance or emergencies.

 

 

 

 

Mount the isolator switch securely to your van wall in an accessible location. Strip the ends of the two bare wires from the roof and connect them to the switch's top terminals. (incoming power) Then, take the other two cable halves you cut earlier, (from the 9m 10AWG MC4 extension), strip the bare ends, and connect them to the switch's bottom terminals, (outgoing to the power station). Final Connection: You now have standard, waterproof MC4 connectors securely installed inside the van. Simply click these into an MC4-to-XT60i Adapter Cable.

 

 

 

 

and plug it directly into the back of your Delta Pro! Important Note: You must use the "XT60i" cable, not the standard XT60. Standard XT60 cables will make the Delta Pro think it is plugged into a car cigarette lighter, and will severely limit your solar charging speed.

Your EcoFlow Delta Pro 3 supports a massive 2600W of solar input, split across two very different ports: a Low-Voltage port (Max 60V) and a High-Voltage port (Max 150V). For off-grid camping, an 800W portable setup offers the perfect balance of power and portability.
The Portable Premium Choice: Two EcoFlow 400W Portable Solar Panels.

 

 

 

 

The Portable Budget Choice: Two heavy-duty Renogy 400W Portable Solar Panels.

 

 

 

 

The Layout: To get maximum power without complicated splitters, simply wire your two 400W panels together in a straight series string, and plug them directly into the High-Voltage Port . Important (Do not plug a series string into the Low-Voltage port!) - this can trigger an overvoltage error.
The Recommended Upgrade: To keep your power station safely tucked inside the van while the panels sit out in the sun, we highly recommend adding a Pair of 3.0m MC4 Solar Extension Cables.

 

 

 

 

The Required Adapter (Don't skip this!): To plug standard portable panels (or your extension cables) into the Delta Pro 3, you must use an MC4-to-XT60i Adapter Cable.

 

 

 

 

Notice the "i" at the end! Using a standard, XT60 cable, will cause the Delta Pro 3 to think it is connected to a weak 12V car socket and severely limit your charging speed. Use the "i" version to unlock the maximum charging speed. For Permanent Campervan Roof Builds: The Best Rigid Panels on the market are the Renogy 200W Monocrystalline Rigid Panels.

 

 

 

 

The Delta Pro 3 Sweet Spot (The High-Voltage Port): The Delta Pro 3's 2600W solar input is split asymmetrically across a Low-Voltage Port (Max 60V) and a High-Voltage Port (Max 150V). The ultimate van-build sweet spot is an 800W array (4 x 200W panels). Wire all 4 panels together in one simple, straight series string—and connect them to the High-Voltage Port only. Never plug this 4-panel string into the Low-Voltage port; it will trigger an overvoltage error. Required Roof Hardware: To mount these permanently to the van roof, you will need a 16 pack of Solar Z-Brackets (4 brackets per panel).

 

 

 

 

The Roof Setup: Wire all four solar panels together in a simple, straight series. This gives you just one positive and one negative connector at the end of the chain. (No Y-Branch connectors needed!) Take a standard 9m 10AWG MC4 Extension Cable

 

 

 

 

and cut it exactly in half. Click one half into the positive roof connector, and the other half into the negative. Feed these newly cut, bare wires down through a single Waterproof Roof Cable Entry Gland into your van.

 

 

 

 

The Safety Switch: Inside the van, route the two bare wires coming down from the ceiling into a standard 32A DC Solar Isolator Switch.

 

 

 

 

Mount the switch to your van wall. Strip the wire ends and connect them to the switch's top terminals. Then, take the other two cable halves you cut earlier, strip the bare ends, and connect them to the switch's bottom terminals. The Final Connection (CRUCIAL): You now have standard, waterproof MC4 connectors securely installed in your van. Simply click them into an MC4-to-XT60i Adapter Cable

 

 

 

 

and plug it directly into the High-Voltage Port on the back of your Delta Pro 3!
(Remember: Always use the "XT60i" version cable, not a standard XT60, to unlock your full solar speeds!)

Your Jackery Explorer 1000 v2 handles up to 400W of solar input (Max 60V). To get the fastest off-grid charge for this upgraded model, here are your best options: The Premium Choice: Two of the official Jackery SolarSaga 200W Panels. These plug directly into the unit's dual 8mm inputs.

 

 

 

 

The Budget Choice: Two of the Renogy 200W Portable Solar Panels.

 

 

 

 

The Required Adapter: To connect standard Renogy panels to this unit, you will need two MC4 to DC8020 Adapter Cables.

Your Jackery Explorer 2000 Plus handles up to 1400W of solar input, split across two separate input ports (Max 60V per port). For off-grid camping, a 400W to 800W portable setup that uses both ports offers the perfect balance of power and portability. Portable Premium Choice: Two Jackery SolarSaga 200W Portable Solar Panels.

 

 

 

 

(Note: You will need two of these to reach roughly 400W total!) Portable Budget Choice: Two heavy-duty Renogy 400W Portable Solar Panels.

 

 

 

 

Because the Jackery has a strict 60V limit per port, you cannot wire two 400W panels together in series! Instead, you will plug one 400W panel directly into Port 1, and the second 400W panel directly into Port 2. Recommended Upgrade: To keep your power station safely in the shade (or inside your van) while the panels sit in the full sun, we highly recommend adding standard 3.0m MC4 Solar Extension Cables.

 

 

 

 

(Note: Since you are running two separate panels to two separate ports, you will need to buy TWO pairs of extension cables!) Required Adapters: To connect standard portable panels (or your extension cables) to the Jackery 2000 Plus, you will need TWO MC4-to-DC8020 Adapter Cables.

 

 

 

 

(Note: Jackery uses a specific 8mm plug. Standard adapters will not fit!) For Permanent Campervan Roof Builds: The Best Rigid Panels on the market are the Renogy 200W Monocrystalline Rigid Panels.

 

 

 

 

The Jackery 2000 Plus Sweet Spot (800W vs 1400W): The Jackery Explorer 2000 Plus offers a massive 1400W maximum input capacity, but it is split across two separate ports (each with a strict 60V limit). Fitting the 7 rigid panels required to max this out on a standard van roof is virtually impossible. The realistic sweet spot is an 800W array (4 panels). Because of the 60V limit, you cannot safely wire all 4 panels in series. Instead, create two separate 400W arrays. Required Roof Hardware: To mount these permanently to the van roof, you will need a 16-pack of Solar Z-Brackets (4 brackets per panel).

 

 

 

 

Roof Setup: Wire two panels together in a simple series to create "Array A". Wire the remaining two panels together in a series to create "Array B". The Roof Entry: Take TWO standard 9m 10AWG MC4 Extension Cables

 

 

 

 

and cut them exactly in half. Connect one set of halves into Array A, and the other set into Array B. Feed these 4 newly cut, bare wires down through your Waterproof Roof Cable Entry Glands into the van. 

 

 

 

 

(Note: With 4 wires coming down, you will either need to install two standard roof glands side-by-side, or purchase a larger quad-entry PV box). Safety Switch: Inside the van, route the 4 bare wires coming down from the ceiling into a 2-in-2-out DC Solar Isolator Switch (like the SEAFRONT PV Combiner Box).

 

 

 

 

Mount the switch to your van wall. Strip the ends of the 4 roof side wires and connect them to the switch's top terminals. Strip the other 4 cable halves you cut earlier, and connect them to the switch's bottom terminals. Final Connection: You now have two clean sets of standard MC4 connectors inside the van. Simply plug them into TWO MC4-to-DC8020 Adapter Cables, and plug them into the two separate solar input ports on the back of your Jackery!

 

 

Your Jackery Explorer 300 Plus can take up to 100W of solar input, but it has a strict 27V maximum voltage limit. For off-grid camping, the safest choice is to use just one 100W portable panel. This setup matches your power station’s capacity and keeps you safely within the voltage limit. Premium option: Use one official Jackery SolarSaga 100W Portable Solar Panel.

 

 

 

 

Budget option: Choose a heavy-duty Renogy 100W Portable Solar Panel.

 

 

 

 

 

Setup is simple with just one panel. Don’t connect multiple panels in series or use a 200W panel, as that could exceed the 27V limit. Just plug the positive and negative connectors from your panel straight into your extension cable.
Recommended upgrade: To keep your power station safe inside your car or van while the panel is outside, get a pair of 3.0m MC4 Solar Extension Cables.

 

 

 

 

 

Required adapter (don’t skip this):
The Explorer 300 Plus charges through its USB-C port. To use standard panels, you’ll need an MC4-to-DC7909 Adapter Cable.

 

 

 

 

 

Connect this cable to the small DC7909-to-USB-C Adapter block that came with your Jackery, then plug it into the USB-C port.

Permanent Campervan Roof Build

For permanent campervan roof setups, the best rigid panel is a single Renogy 100W Monocrystalline Rigid Panel.

 

 

 

 

 

The 300 Plus Sweet Spot (the “One Panel” rule): The Jackery Explorer 300 Plus has a strict 100W (max 27V) solar limit. The best van setup is a single 100W rigid panel mounted on your roof. Don’t connect multiple panels in series or use 200W panels, as these can cause an overvoltage error.

Required roof hardware: To mount a single panel on your van roof, you’ll need a 4-pack of Solar Z-Brackets (one for each corner).

 

 

 

 

Roof setup: With just one panel, wiring is simple. The panel will have one positive and one negative connector.

 

Roof entry: Take a standard 9m 10AWG MC4 Extension Cable

 

 

 

 

 

and cut it in half. Attach each half to your solar panel on the roof, then feed the bare wire ends through a Waterproof Roof Cable Entry Gland into your van.

 

 

 

 

Safety switch: Inside the van, run the two bare wires from the ceiling into a standard 32A DC Solar Isolator Switch.

 

 

 

 

 

Mount the switch to your van wall. Strip the wire ends and connect them to the top terminals. Then, take the other two cable halves you cut earlier, strip their ends, and connect them to the bottom terminals.

 

Final connection: You now have waterproof MC4 connectors inside your van. Connect these to an MC4-to-DC7909 Adapter Cable.

 

 

 

 

 

 

Plug the DC7909 barrel into the small DC7909-to-USB-C Adapter block that came with your Jackery, then plug it into the USB-C input port on the front of your Jackery Explorer 300 Plus.

Your Jackery Explorer 3000 v2 can handle up to 1000W of solar input (Max 60V). For Portable / Camping Setups: here is what you need: The Premium Choice: Two of the official Jackery SolarSaga 200W Panels. These are plug-and-play and plug directly into the unit's 8mm inputs.

 

 

 

 

The Budget Choice: Two of the heavy-duty Renogy 400W Portable Solar Panels.

 

 

 

 

The Required Adapters: Jackery uses a unique input port. To use third-party panels like Renogy, you will need 2 MC4-to-DC8020 adapter cables.

 

 

 

 

For Permanent Campervan Roof Builds: The Best Rigid Panels on the market are the Renogy 200W Monocrystalline Panels. You will need 4 x Renogy 200W Monocrystalline Rigid Panels to max out your portable power station's solar input.

 

 

 

 

Required Roof Hardware: To mount these permanently, you will need a pack of Solar Z-Brackets. (4 per panel)

 

 

 

 

Note: To get the maximum solar charging speed, you must use both input ports on the back of your power station. Do not combine all 4 panels into a single cable, or you will exceed the port's amp limit and lose half your charging power. Instead, wire two panels together in series to create "Array A," and wire the remaining two panels together to create "Array B." The Roof Entry: To get solar power inside your van, you will need TWO standard 6m MC4 extension cables.

 

 

 

 

Cut both extension cables exactly in half! Click one set of halves into Array A and the other set into Array B. Route these four newly cut, bare wires down through two Waterproof Roof Cable Entry Glands: Drill the necessary holes in the van roof and seal them properly with an appropriate sealant.

 

 

 

 

The Safety Switch: Inside the van route the set of 4 wires through a 2-in-2-out DC Solar Isolator Switch. Mount it to your van wall, strip the ends of the 4 bare wires from the van roof, and connect them to the top terminals. Take the remaining bare cable halves, strip the ends, and connect them to the bottom half of the switch. You will now have a secure off switch for the 4-panel solar array.

 

 

 

 

The Final Connection: You now have standard MC4 connectors inside your van. Simply click these into two MC4-to-DC8020 Adapter Cables, then plug them into Jackery's dual-input hubs to complete the job.

 

 

Your Jackery Explorer 500 v2 handles up to 200W of solar input (Max 60V). Here are the two best options to get the fastest possible charge: The Premium Choice: The official Jackery SolarSaga 200W Panel. This plugs directly into the unit without any extra cables.

 

 

 

 

The Budget Choice: The Renogy 200W Portable Solar Panel.

 

 

 

 

The Required Adapter: To connect the standard Renogy panel to Jackery's input port, you will need an MC4-to-DC8020 Adapter Cable.

Your Jackery Explorer 1000 Plus supports up to 800W of solar input, split across two separate DC8020 input ports (Max 60V per port). For off-grid camping, a 400W- to-800W portable setup that uses both ports offers the perfect balance of charging speed and portability. Premium Choice: Two Jackery SolarSaga 200W Portable Solar Panels.

(Note: This gives you a highly portable 400W setup) Budget Choice: Two heavy-duty Renogy 400W Portable Solar Panels.

(Note: This will max out your Jackery at a full 800W!) Because the Jackery has a strict 60V limit per port, you cannot wire two 400W panels together in series. Instead, you will plug one panel directly into Port 1, and the second panel directly into Port 2. Recommended Upgrade for van use: To keep your power station safely hidden in the shade (or inside your van) while the panels sit in full sun, add two pairs of 3.0m MC4 Solar Extension Cables.

(Note: Since you are running two separate panels to two separate ports, you will need  TWO pairs of extension cables!) Required Adapters: To plug standard portable panels (or your extension cables) into the Jackery 1000 Plus, you will need TWO MC4-to-DC8020 Adapter Cables.

(Note: Jackery uses a specific 8mm plug. Standard adapters will not fit!) For Permanent Campervan Roof Builds: The Best Rigid Panels on the market are four Renogy 200W Monocrystalline Rigid Panels.

The Jackery 1000 Plus Sweet Spot (The Dual-Port Setup): The Jackery Explorer 1000 Plus boasts an 800W maximum solar input, but it is split across two separate DC8020 input ports (each with a strict 60V limit). Because of the 60V limit per port, you cannot safely wire all four panels together in a single series string. Instead, create two separate 400W arrays to feed the two separate ports. Roof Hardware: To mount these permanently to the van roof, you will need a 16-pack of Solar Z-Brackets (4  brackets per panel).

Roof Setup: Wire two panels together in a simple series to create "Array A". Wire the remaining two panels together in a series to create "Array B". Roof Entry: Take TWO standard 9m 10AWG MC4 Extension Cables

and cut them exactly in half. Click one set of halves into Array A, and the other set into Array B. (Note: With four wires coming down, you will either need to install two standard roof glands side-by-side, or purchase a larger quad-entry PV box). Feed these 4 newly cut, bare wires down through your Waterproof Roof Cable Entry Glands into your van.

Safety Switch: Inside the van, route the four bare wires coming down from the ceiling into a 2-in-2-out DC Solar Isolator Switch (such as the SEAFRONT PV Combiner Box).

Mount the switch securely to your van wall. Strip the ends of the four bare wires from the roof and connect them to the switch's top terminals. Then, take the other four cable halves you cut earlier, strip the bare ends, and connect them to the switch's bottom terminals.
Final Connection: You now have two distinct sets of standard MC4 connectors safely inside your van. Simply click these into TWO MC4-to-DC8020 Adapter Cables, and plug them into the two separate solar input ports on the back of your Jackery.

Your Bluetti EB70 can take up to 200W of solar input, but it has a strict 28V maximum voltage limit. For off-grid camping, the safest and easiest option is to use one high-output 200W portable panel. This way, you avoid the complications of splitters or series wiring.
Premium Choice: Use one official Bluetti PV200 (200W) Portable Solar Panel.

This panel is designed for the EB70 and will not go over the voltage limit. Budget Choice: Choose a single heavy-duty Renogy 200W Portable Solar Panel.

Setup: Using only one panel makes things very simple. Do not connect multiple smaller panels in series, since this can easily go over the EB70’s 28V limit. Just plug the positive and negative connectors from your panel straight into your extension cable. Recommended Upgrade: To keep your power station safely inside your car or van while the panel is outside in the sun, we suggest getting a pair of 3.0m MC4 Solar Extension Cables.

Required Adapter (included in the box): To connect standard portable panels or extension cables to the EB70, use the MC4-to-DC7909 Solar Charging Cable that comes with your EB70. Attach your MC4 connectors to the cable, then plug the DC7909 barrel end into the front of your Bluetti. If you bought your unit second-hand and do not have this cable, you will need to get a replacement.

For permanent campervan roof setups, the best rigid panel for this use is a single Renogy 200W Monocrystalline Rigid Panel.

The EB70 Sweet Spot (The "One Panel" Rule): Since the EB70 has a strict 28V limit, the best van-build setup is a single 200W rigid panel mounted on your roof. Do not connect multiple panels in series for this power station, as this will cause an overvoltage error. Required Roof Hardware: To mount a single panel on your van roof, you will need a 4-pack of Solar Z-Brackets, using one bracket per corner.

Roof Setup: With only one panel, the wiring is simple. Your panel will have one positive and one negative connector hanging from it. Roof Entry: Take a standard 9m 10AWG MC4 Extension Cable

and cut it in half. Connect the halves to your solar panel on the roof, then feed the bare wire ends through a Waterproof Roof Cable Entry Gland

into your van. Safety Switch: Inside the van, run the two bare wires from the ceiling into a standard 32A DC Solar Isolator Switch.

Mount the switch securely to your van wall. Strip the ends of the wires and connect them to the top terminals of the switch. Then, take the other two cable halves you cut earlier, strip their ends, and connect them to the bottom terminals. Final Connection: Now you have standard, waterproof MC4 connectors inside your van. Connect these to the MC4-to-DC7909 Adapter Cable that came with your EB70, and plug it into the front of your power station.

The Anker SOLIX 535 can take up to 120W of solar input, but it has a strict 28V maximum voltage limit. For off-grid camping, using a single 100W portable panel is the safest and most efficient choice. This setup matches your power station’s capacity and avoids any risk of overvoltage errors. Premium option: Use one official Anker 100W Portable Solar Panel.

 

 

 

 

 

Budget option: Choose a heavy-duty Renogy 100W Portable Solar Panel.

 

 

 

 

Setup is simple with just one panel. Do not connect multiple panels in series, as this will exceed the 535’s 28V limit. Just plug the positive and negative connectors from your panel straight into your extension cable. Recommended upgrade: To keep your power station safely inside your car or van while the panel is outside, get a pair of 3.0m MC4 Solar Extension Cables.

 

 

 

 

 

 

Required adapter (don’t skip this): To connect standard portable panels or extension cables to your 535, you need an MC4-to-DC7909 Adapter Cable.

 

 

 

 

 

 

Note: The 535 uses an 8mm circular barrel port, not the XT60 adapters used by larger Anker models. For a permanent campervan roof setup, the best rigid panel is a single Renogy 100W Monocrystalline Rigid Panel.

 

 

 

 

 

 

The 535 sweet spot (the “one panel” rule): The Anker SOLIX 535 has a strict 120W (max 28V) solar limit. The best van build setup is a single 100W rigid panel mounted on your roof. Do not connect multiple panels in series, as this can cause an overvoltage error. Required roof hardware: To mount a single panel on your van roof, use one 4-pack of Solar Z-Brackets (1 for each corner).

 

 

 

 

 

Roof setup: With just one panel, wiring is simple. The panel will have one positive and one negative connector.

Roof entry: Take a standard 9m 10AWG MC4 Extension Cable

 

 

 

 

 

and cut it in half. Attach each half to your roof-mounted solar panel, then feed the bare wire ends through a waterproof roof cable entry gland into your van.

 

 

 

 

Safety switch: Inside the van, run the two bare wires from the ceiling into a standard 32A DC Solar Isolator Switch.

 

 

 

 

 

Mount the switch to your van wall. Strip the wire ends and connect them to the top terminals. Then, take the other two cable halves you cut earlier, strip their ends, and connect them to the bottom terminals.

Final connection: Now you have waterproof MC4 connectors inside your van. Connect these to an MC4-to-DC7909 Adapter Cable.

 

 

 

 

Then plug it into the circular DC input port on your Anker SOLIX 535.

The Jackery Explorer 500 can take up to 100W of solar input and has a firm 30V maximum voltage limit. For off-grid camping, the safest and most efficient choice is to use one 100W portable panel. This setup matches your power station’s capacity and avoids exceeding the voltage limit.
Premium option: Use one official Jackery SolarSaga 100W Portable Solar Panel.

 

 

 

 

 

 

Budget option: Choose a heavy-duty Renogy 100W Portable Solar Panel.

 

 

 

 

Setup is simple with just one panel. Do not connect multiple panels in series, as that would exceed the 30V limit right away. Just plug the positive and negative connectors from your panel directly into your extension cable.

 

Recommended upgrade: To keep your power station safely inside your car or van while the panel is outside, get a pair of 3.0m MC4 Solar Extension Cables.

 

 

 

 

 

 

Required adapter (don’t skip this): To connect standard portable panels or extension cables to the Explorer 500, you need an MC4-to-DC7909 Adapter Cable.

 

 

 

 

 

 

Note: Jackery uses a specific 8mm barrel port, so standard adapters will not fit.

 

Permanent campervan roof build

 

For permanent campervan roof setups, the best rigid panel is a single Renogy 100W Monocrystalline Rigid Panel.

 

 

 

 

 

 

The 500 sweet spot (the “one panel” rule): The Jackery Explorer 500 has a strict 100W (max 30V) solar limit. The best van build setup is to use just one 100W rigid panel on your roof. Do not connect multiple panels in series, as this will cause an overvoltage error.

 

Required roof hardware: To mount a single panel on your van roof, you need a 4-pack of Solar Z-Brackets, using one bracket per corner.

 

 

 

 

 

Roof setup: With just one panel, the wiring is simple. The panel will have one positive and one negative connector.

 

Roof entry: Take a standard 9m 10AWG MC4 Extension Cable

 

 

 

 

 

 

 

and cut it in half. Attach each half to your roof-mounted solar panel, then feed the bare wire ends through a waterproof roof cable entry gland into your van.

 

 

 

 

 

Safety switch: Inside the van, run the two bare wires from the ceiling into a standard 32A DC Solar Isolator Switch.

 

 

 

 

 

 

Mount the switch securely to your van wall. Strip the wire ends and connect them to the top terminals. Then, take the other two cable halves you cut earlier, strip their ends, and connect them to the bottom terminals.

 

Final connection: Now you have standard, waterproof MC4 connectors inside your van. Connect these to an MC4-to-DC7909 Adapter Cable.

 

 

 

 

 

Then plug the DC7909 barrel into the input port on the front of your Jackery Explorer 500.

The Anker SOLIX F1200 (PowerHouse 757) supports up to 300W of solar input, but it has a strict 30V maximum voltage limit. This means you can't use a large 400W panel, since its voltage would be too high. To safely reach the 300W maximum, use a few smaller panels and plug them in separately.
Premium option: Use three official Anker 625 (100W) Portable Solar Panels.

 

 

 

 

 

 

Setup tip: Because of the strict 30V limit, do not wire your panels in series. Use the 1-to-3 XT60 Solar Charging Cable

 

 

 

 

 

that comes with your Anker F1200. Plug your portable panels into the ends of this splitter cable, then connect the main XT60 plug to the back of your power station.

 

Budget option: Use two or three heavy-duty Renogy 100W Portable Solar Panels.

 

 

 

 

The Budget Setup: Do not use the Anker splitter cable if you are using the Renogy panels, instead, connect your panels together using an MC4-3-Way Parallel Branch Connector.

 

 

 

 

 

Plug the ends of the parallel connector into a single MC4-to-XT60 Adapter cable.

 

 

 

 

 

 

then connect the main XT60 plug to the back of your power station.

 

Permanent Campervan Roof Build

For a permanent campervan roof setup, the best rigid panels are two or three Renogy 100W Monocrystalline Rigid Panels.

 

 

 

 

 

The F1200 Sweet Spot: The Parallel-Only Rule

Since the F1200 has a strict 30V limit, you can't use series wiring or oversized panels above 200W. The safest and most efficient setup is a 200W or 300W array made from 100W panels wired in parallel.

To mount these panels to your van roof, you'll need one 4-pack of Solar Z-Brackets for each panel.

 

 

 

 

 

 

For the roof setup (Parallel Wiring) Do not wire your panels in series. Instead wire them in parallel to keep the voltage under 30V. Take the positive cables from all your panels and plug them into either an MC4 2 Way Parallel Connector or 3 way parallel connector, depending on how many panels you will be using.

 

 

 

 

 

 

 

For the roof entry, use a standard 9m 10AWG MC4 Extension Cable

 

 

 

 

 

 

 

and cut it in half. Attach each half to your Parallel Branch Connectors on the roof, then feed the bare wire ends through a Waterproof Roof Cable Entry Gland

 

 

 

 

 

into your van.
For safety, route the two bare wires from the ceiling into a standard 32A DC Solar Isolator Switch inside your van.

 

 

 

 

 

 

Mount the switch securely to your van wall. Strip the wire ends and connect them to the top terminals of the switch. Then, take the other two cable halves you cut earlier, strip their ends, and connect them to the bottom terminals.

For the final connection, you now have waterproof MC4 connectors inside your van. Connect these to a standard MC4-to-XT60 Adapter Cable

 

 

 

 

 

 

then plug it into the solar input port on the back of your Anker SOLIX F1200. 

The Jackery Explorer 2000 v2 only allows up to 400W of solar input, which is low for its size, and it has a 60V maximum voltage limit. It takes power through two DC8020 (8mm) input ports. To get the most out of it, use two 200W portable panels and plug one into each port.
Premium option: Use two official Jackery SolarSaga 200W portable solar panels.

 

 

 

 

Budget option: Choose two heavy-duty Renogy 200W portable solar panels.

 

 

 

Setup is simple since the unit has two separate inputs. Do not connect the panels together. Just plug one panel into Port 1 and the other into Port 2.
Recommended upgrade: To keep your power station safely inside your car or van while the panels are outside, get two pairs of 3.0m MC4 solar extension cables—one pair for each panel.

 

 

 

 

 

Required adapters (important):

To connect standard portable panels or extension cables to the Jackery 2000 v2, you need two MC4-to-DC8020 adapter cables.

Note: Jackery uses a specific 8mm barrel port, so standard adapters will not fit.

Permanent campervan roof build:

For permanent campervan roof setups, the best rigid panels for this use are two Renogy 200W monocrystalline rigid panels.

 

 

 

 

 

 

The 2000 v2 sweet spot (the dual-port rule): Even though the Explorer 2000 v2 has a large 2kWh battery, it is limited to 400W of solar input. The best way to maximize it in a van build is to use two 200W panels, one for each input port.

Required roof hardware: To mount the panels to your van roof, get two 4-packs of solar Z-brackets (eight brackets in total).

 

 

 

 

 

Roof setup: Since you are using two separate ports, you do not need any complex series or parallel wiring. Each panel works independently.
Roof entry: Take two standard 9m 10AWG MC4 extension cables

 

 

 

 

 

 

 

and cut them in half. Connect one set of halves to Panel A and the other set to Panel B. Feed the four bare wires through your waterproof roof cable entry glands

 

 

 

 

 

into your van.

Note: With four wires, you will need to install two standard roof glands side by side or use a larger quad-entry gland.
Safety switch: Inside the van, route the four bare wires from the ceiling into a 2-in-2-out DC solar isolator switch, such as the SEAFRONT PV Combiner Box.

 

 

 

 

 

 

Mount the switch securely to your van wall. Strip the ends of the four wires from the roof and connect them to the top terminals. Then, take the other four cable halves you cut earlier, strip the ends, and connect them to the bottom terminals.

 

Final connection: You now have two sets of standard MC4 connectors inside your van. Connect each set to an MC4-to-DC8020 adapter cable.

 

 

 

 

 

 

Then plug them into the two solar input ports on your Jackery.

The Allpowers R600 is compact, but it can handle up to 300W of solar input and 60V of voltage. For fast charging without complicated wiring, the easiest and most efficient option is to use one high-powered 200W portable panel.

 

 

Premium option: Use one official Allpowers 200W Portable Solar Panel.

 

 

 

 

Budget option: Use one heavy-duty Renogy 200W Portable Solar Panel.

 

 

 

 

Setup: With just one panel, installation is simple. Plug the panel’s positive and negative connectors straight into your extension cable.

 

 

Recommended upgrade: To keep your power station safe inside your car or van while the panel stays outside, get a pair of 3.0m MC4 Solar Extension Cables.

 

 

 

 

 

Required adapter:The R600 uses a standard XT60 port for power. Allpowers usually includes an MC4-to-XT60 Solar Charging Cable in the box. Connect your MC4 connectors to this cable, then plug the yellow XT60 end into the front of your R600. If your box did not include this cable or you bought the unit second-hand, you will need to buy a replacement. (MC4-to-XT60 Solar Charging Cable)

 

 

 

 

Permanent Campervan Roof Build:

For permanent campervan roof builds, the best rigid panel for this setup is a single Renogy 200W Monocrystalline Rigid Panel.

 

 

 

 

The R600 Sweet Spot: The One Panel Rule

The R600 can handle up to 300W, but a 300W rigid panel is often too big for small van roofs. Wiring several smaller panels can also make things more complicated. The best setup is to use one 200W rigid panel on your roof. This gives you plenty of power and keeps the wiring simple.

 

 

Required roof hardware: To mount a single panel on your van roof, you will need a 4-pack of Solar Z-Brackets, using one bracket for each corner. 

 

 

 

 

Roof setup: With just one panel, the wiring is simple. The panel will have one positive and one negative connector.

 

 

Roof entry: Take a standard 9m 10AWG MC4 Extension Cable

 

 

 

 

and cut it in half. Attach each half to your solar panel on the roof, then feed the bare wire ends through a Waterproof Roof Cable Entry Gland

 

 

 

 

into your van.

Safety switch: Inside the van, run the two bare wires from the ceiling into a standard 32A DC Solar Isolator Switch.

 

 

 

 

Mount the switch to your van wall. Strip the wire ends and connect them to the top terminals. Then, take the other two cable halves you cut earlier, strip their ends, and connect them to the bottom terminals.

 

 

Final connection: Now you have waterproof MC4 connectors inside your van. Connect these to a standard MC4-to-XT60 Adapter Cable.

 

 

 

 

Then plug the yellow XT60 connector into the solar input port on the front of your Allpowers R600.

The Allpowers R1500 can handle up to 650W of solar input, but it has a 60V maximum voltage and a 13A current limit. If you wire standard panels in parallel, the 13A limit will reduce your power. To get the most out of your R1500, wire two 200W portable panels in series.

 

 

Premium option: Use two official Allpowers 200W portable solar panels.

 

 

 

 

 

Budget option: Choose two heavy-duty Renogy 200W portable solar panels.

 

 

 

 

Series wiring setup: To keep the amps low and combine voltage safely, wire the panels in series. Connect the positive from Panel A to the negative from Panel B. You’ll have one positive and one negative connector left—plug these into your extension cable.

 

 

Recommended upgrade: To keep your power station safely inside your car or van while the panels are outside, get a pair of 3.0m MC4 solar extension cables.

 

 

 

 

 

 

Required adapter: The R1500 uses a standard XT60 port. Allpowers usually includes an MC4-to-XT60 solar charging cable in the box. Connect your MC4 extension cables to this adapter, then plug the yellow XT60 end into your R1500. If your box didn’t include the adapter or you bought the unit second-hand, you’ll need to buy a replacement.(MC4-to-XT60 Cable)

 

 

 

 

 

Permanent campervan roof build:

For permanent campervan roof builds, the best rigid panels for this setup are two Renogy 200W monocrystalline rigid panels.

 

 

 

 

 

 

The R1500 sweet spot (the series rule):
To get the fastest charging without going over the R1500’s 13A current limit, use a 400W array made from two 200W rigid panels wired in series. This setup keeps the voltage around 44V, which is well below the R1500's 60V limit, and delivers strong, unthrottled power.

 

 

Required roof hardware: To mount the panels to your van roof, you’ll need two 4-packs of solar Z-brackets (eight brackets in total).

 

 

 

 

Roof setup (series wiring):

On the roof, connect the positive cable from Panel A to the negative cable from Panel B. You’ll have one positive and one negative cable left hanging from your 400W array.

 

 

Roof entry: Take a standard 9m 10AWG MC4 extension cable

 

 

 

 

 

 

and cut it in half. Connect each half to the two cables from your solar array, then feed the bare wire ends through a waterproof roof cable entry gland into your van.

 

 

 

 

Safety switch: Inside the van, run the two bare wires from the ceiling into a standard 32A DC solar isolator switch.

 

 

 

 

Mount the switch securely to your van wall. Strip the ends of the wires and connect them to the top terminals. Then, take the other two cable halves you cut earlier, strip their ends, and connect them to the bottom terminals.

 

 

Final connection: Now you have standard, waterproof MC4 connectors inside your van. Connect these to an MC4-to-XT60 adapter cable.

 

 

 

 

 

Then plug the yellow XT60 connector into the solar input port on your Allpowers R1500.

The EcoFlow DELTA 3 can take up to 500W of solar input per port, but you need to keep the voltage below 60V. To get the most out of a single port without causing an overvoltage error, connect two 200W portable panels in series. 

The Premium Choice: Two official EcoFlow 220W Bifacial Portable Solar Panels.

The Budget Choice: Two heavy-duty Renogy 200W Portable Solar Panels.

For the setup, you need to wire the panels in series to combine their voltage safely. Connect the positive connector from Panel A to the negative connector of Panel B. You will have one positive and one negative connector left. Plug these into your extension cable.

Recommended upgrade: To keep your power station safely inside your car or van while the panels are outside in the sun, it’s a good idea to get a pair of 3.0m MC4 solar extension cables.

The Required Adapter (Don’t skip this!):

To connect standard portable panels or extension cables to the DELTA 3, you need to use the official EcoFlow MC4-to-XT60i Adapter Cable. Make sure it’s the XT60i version. If you use a regular XT60 cable, the DELTA 3 will think it’s connected to a 12V car cigarette lighter and will slow down your solar charging speed. EcoFlow MC4-to-XT60i Adapter Cable.

The Permanent Campervan Roof Build

For Permanent Campervan Roof Builds: The best rigid panels on the market for this application are Two Renogy 200W Monocrystalline Rigid Panels.

The DELTA 3 Sweet Spot (The “Series” Rule):

To get the most from your 500W port and stay under the 60V limit, use a 400W array made from two 200W rigid panels wired in series. This setup keeps the voltage around 44V and gives you plenty of power.

Required Roof Hardware:

To permanently mount these to the van roof, you will need 2 4-packs of Solar Z-Brackets (8 brackets total).

For the roof setup, connect the positive cable from Panel A to the negative cable of Panel B. You will have one positive and one negative cable left hanging from your 400W array.

For the roof entry, take a standard 9m 10AWG MC4 extension cable

and cut it in half. Connect each half to the two cables from your solar array on the roof, then feed the bare wire ends through a waterproof roof cable entry gland into your van.

For the safety switch, bring the two bare wires from the ceiling into a standard 32A DC solar isolator switch.

Mount the switch securely to your van wall. Strip the ends of the wires and connect them to the top terminals of the switch. Then, take the other two cable halves you cut earlier, strip their ends, and connect them to the bottom terminals.

For the final connection, you now have waterproof MC4 connectors inside your van. Connect these to an EcoFlow MC4-to-XT60i Adapter Cable.

Then plug the orange XT60i connector into the solar input port on the back of your EcoFlow DELTA 3.

The EcoFlow RIVER 3 Plus can handle up to 220W of solar input and a maximum voltage of 55V. For the safest and most efficient setup, use one high-powered portable panel. This way, you get the most out of your power station without complicated wiring or the risk of overvoltage.

Premium option: Use one official EcoFlow 220W Bifacial Portable Solar Panel.

Budget option: Use one heavy-duty Renogy 200W Portable Solar Panel.

Setup is simple with just one panel. Plug the positive and negative connectors from your panel directly into your extension cable.

Recommended upgrade: To keep your power station safely inside your car or van while the panel is outside, we suggest getting a pair of 3.0m MC4 Solar Extension Cables.

Required adapter (don’t skip this):
To connect a standard portable panel or extension cables to the RIVER 3 Plus, you need an EcoFlow MC4-to-XT60i Adapter Cable. Make sure it is the XT60i version. If you use a regular XT60 cable, the unit will think it is connected to a weak 12V car cigarette lighter and will slow down your charging speed. MC4-to-XT60i Adapter Cable.

Permanent campervan roof build:

For permanent campervan roof builds, the best rigid panel for this setup is a single Renogy 200W Monocrystalline Rigid Panel.

The RIVER 3 Plus sweet spot (the “one panel” rule):

The RIVER 3 Plus has a strict 220W solar limit. The best van build uses just one 200W rigid panel mounted on your roof. Do not wire multiple panels in series, as this can cause an overvoltage error and damage the unit.

Required roof hardware: To mount a single panel on your van roof, you will need one 4-pack of Solar Z-Brackets, with one bracket for each corner.

Roof setup is simple with just one panel. Your panel will have one positive and one negative connector.
For roof entry, take a standard 9m 10AWG MC4 Extension Cable

and cut it in half. Attach each half to your solar panel on the roof, then feed the bare wire ends through a waterproof roof cable entry gland into your van.

For safety, route the two bare wires from the ceiling into a standard 32A DC Solar Isolator Switch inside your van.

Mount the switch securely to your van wall. Strip the wire ends and connect them to the top terminals of the switch. Then, take the other two cable halves you cut earlier, strip their ends, and connect them to the bottom terminals.

For the final connection, you now have waterproof MC4 connectors inside your van. Connect these to an EcoFlow MC4-to-XT60i Adapter Cable.

Then plug the orange XT60i connector into the solar input port on the back of your EcoFlow RIVER 3 Plus.

The EcoFlow TRAIL 300 DC is a small, DC-only unit that can handle up to 110W of solar input, but it has a strict 30V maximum voltage limit. This means you should not use large panels over 200W or connect panels in series. For the safest and most efficient setup, use a single 100W or 110W portable panel.

Premium option: Use one official EcoFlow 110W Portable Solar Panel.

 

 

 

 

Budget option: Use one heavy-duty Renogy 100W Portable Solar Panel.

 

 

 

Setup is simple with just one panel. Do not connect multiple panels in series, as this will cause a 30V overvoltage error. Just plug the positive and negative connectors from your panel directly into your extension cable.

Recommended upgrade: To keep your power station safe inside your tent or car while the panel stays outside, we suggest getting a pair of 3.0m MC4 Solar Extension Cables.

 

 

 

 

 

Required adapter:

To connect a standard portable panel or your extension cables to the TRAIL 300 DC, you need a standard MC4-to-XT60 Adapter Cable.

 

 

 

Note: This unit uses a standard XT60 port, so you do not need the special XT60i cable used for larger EcoFlow models.

Permanent campervan roof build:

For permanent campervan roof setups, the best rigid panel for this use is a single Renogy 100W Monocrystalline Rigid Panel.

 

 

 

 

 

TRAIL 300 DC sweet spot (the 'one panel' rule):

 

The TRAIL 300 DC has a strict 110W (max 30V) solar limit. The best setup for a van is a single 100W rigid panel mounted on your roof. Do not connect multiple panels, as this can easily exceed the voltage limit.

 

Required roof hardware: To mount a single panel to your van roof, you need one 4-pack of Solar Z-Brackets, using one bracket for each corner.

 

 

 

 

 

Roof setup:

With just one panel, wiring is simple. The panel will have one positive and one negative connector.

Roof entry:

Take a standard 9m 10AWG MC4 Extension Cable

 

 

 

 

 

 

and cut it in half. Attach each half to your solar panel on the roof, then feed the bare wire ends through a Waterproof Roof Cable Entry Gland into your van.

 

 

 

 

Safety switch: Inside the van, run the two bare wires from the ceiling into a standard 32A DC Solar Isolator Switch.

 

 

 

 

 

Mount the switch securely to your van wall. Strip the wire ends and connect them to the top terminals of the switch. Then, take the other two cable halves you cut earlier, strip their ends, and connect them to the bottom terminals.

Final connection: You now have waterproof MC4 connectors inside your van. Connect these to a standard MC4-to-XT60 Adapter Cable.

 

 

 

 

 

Then plug the yellow XT60 connector into the solar input port on your EcoFlow TRAIL 300 DC.

The Bluetti Elite 100 V2 accepts up to 1000W of solar input but has a strict 60V maximum voltage limit. For fast, safe charging, use two 200W portable panels wired in series.

 

Premium option: Use two official Bluetti PV200 (200W) portable solar panels.

 

 

 

 

 

Budget option: Use two heavy-duty Renogy 200W portable solar panels.

 

 

 

 

For series wiring, connect the positive connector of Panel A to the negative connector of Panel B. You’ll have one positive and one negative connector left. Plug these into your extension cable for safe, fast charging.

 

Recommended upgrade: To keep your power station inside your car or van while the panels are outside, use a pair of 3.0m MC4 solar extension cables.

 

 

 

 

 

 

Required adapter (included in the box):

The Elite 100 V2 uses a standard XT60 port for solar charging. Use the MC4-to-XT60 cable that came with your Bluetti.

Connect your MC4 connectors to this cable, then plug the yellow XT60 end into your power station. If you bought your unit second-hand without this cable, you’ll need a replacement MC4-to-XT60 cable.

 

Permanent campervan roof build:

For permanent campervan roof setups, the best rigid panels are two Renogy 200W monocrystalline rigid panels.

 

 

 

 

 

 

Elite 100 V2 sweet spot (the series rule):

 

The Elite 100 V2 accepts up to 1000W, but the 60V limit restricts the number of panels. The best van setup is a 400W array using two 200W rigid panels wired in series. This keeps the voltage around 44V, safely below the 60V limit, and charges the battery efficiently.

 

To mount the panels to your van roof, you’ll need two 4-packs of solar Z-brackets (eight brackets in total).

 

 

 

 

 

For the roof setup, connect the positive cable from Panel A to the negative cable of Panel B. You’ll have one positive and one negative cable left hanging from your 400W array.

 

For roof entry, take a 9m 10AWG MC4 extension cable

 

 

 

 

and cut it in half. Connect each half to the two cables from your solar array, then feed the bare wire ends through a waterproof roof cable entry gland into your van.

 

 

 

 

Inside the van, route the two bare wires from the ceiling into a 32A DC solar isolator switch.

 

 

 

 

 

Final connection, mount the switch to your van wall. Strip the wire ends and connect them to the top terminals. Strip the ends of the other two cable halves and connect them to the bottom terminals.

 

Now you have waterproof MC4 connectors inside your van. Connect them to the MC4-to-XT60 adapter cable that came with your unit.

 

 

 

 

 

 

Then plug it into the solar input port on your Bluetti Elite 100 V2.

 

Your Bluetti PS54 can handle up to 200W of solar input, but it has a strict 28V maximum voltage limit. Because of this, you should not connect multiple panels in series. The safest and most efficient option is to use one high-powered 200W portable panel.

Premium choice: Use one official Bluetti PV200 (200W) portable solar panel.

Budget choice: Use one heavy-duty Renogy 200W portable solar panel

Setup: Since you are using only one panel, installation is very simple. Do not connect multiple panels in series, as this can cause a 28V overvoltage error. Just plug the positive and negative connectors from your panel directly into your extension cable.

Recommended upgrade: To keep your power station safely inside your car or van while the panel is outside, we suggest getting a pair of 3.0m MC4 solar extension cables.

Required adapter (included in the box):

The PS54 uses a standard XT60 port for solar charging. Use the MC4-to-XT60 solar charging cable that came with your Bluetti.

Connect your MC4 connectors to this cable, then plug the yellow XT60 end into the front of your power station. If you bought your unit second-hand and do not have this cable, you will need to buy a replacement. MC4-to-XT60 Adapter.

Permanent campervan roof build:

For permanent campervan roof builds, the best rigid panel for this setup is a single Renogy 200W monocrystalline rigid panel.

PS54 sweet spot (the one panel rule):

The PS54 has a strict 200W (max 28V) solar limit. The best van build setup is to use only one 200W rigid panel on your roof. Do not connect multiple panels in series, as this will exceed the voltage limit. Always check your panel’s specifications to make sure its open circuit voltage is under 28V. Most standard 12V 200W panels are safely around 23V.

Required roof hardware:

To permanently mount a single panel on your van roof, you will need one 4-pack of solar Z-brackets, with one bracket for each corner.

Roof setup: With only one panel, the wiring is very simple. Your panel will have one positive and one negative connector.
Roof entry: Take a standard 9m 10AWG MC4 extension cable

and cut it in half. Connect the halves to your solar panel on the roof, then feed the bare wire ends through a waterproof roof cable entry gland into your van.

Safety switch: Inside the van, route the two bare wires from the ceiling into a standard 32A DC solar isolator switch.

Mount the switch securely to your van wall. Strip the wire ends and connect them to the switch’s top terminals. Then, take the other two cable halves you cut earlier, strip their ends, and connect them to the switch’s bottom terminals.

Final connection: You now have standard, waterproof MC4 connectors inside your van. Connect these to the MC4-to-XT60 adapter cable that came with your unit.

Then plug the XT60 connector into the solar input port on your Bluetti PS54.

Your Bluetti EB55 can handle up to 200W of solar input, but it has a strict 28V maximum voltage limit. Because of this, you should not connect multiple panels in series. The safest and most efficient option is to use one high-powered 200W portable panel.

Premium choice: Use one official Bluetti PV200 (200W) portable solar panel.

Budget choice: Use one heavy-duty Renogy 200W portable solar panel

Setup: Since you are using only one panel, installation is very simple. Do not connect multiple panels in series, as this can cause a 28V overvoltage error. Just plug the positive and negative connectors from your panel directly into your extension cable.

Recommended upgrade: To keep your power station safely inside your car or van while the panel is outside, we suggest getting a pair of 3.0m MC4 solar extension cables.

Required adapter (included in the box):

The EB55 uses a standard XT60 port for solar charging. Use the MC4-to-XT60 solar charging cable that came with your Bluetti.

Connect your MC4 connectors to this cable, then plug the yellow XT60 end into the front of your power station. If you bought your unit second-hand and do not have this cable, you will need to buy a replacement. MC4-to-XT60 Adapter.

Permanent campervan roof build:

For permanent campervan roof builds, the best rigid panel for this setup is a single Renogy 200W monocrystalline rigid panel.

EB55 sweet spot (the one panel rule):

The EB55 has a strict 200W (max 28V) solar limit. The best van build setup is to use only one 200W rigid panel on your roof. Do not connect multiple panels in series, as this will exceed the voltage limit. Always check your panel’s specifications to make sure its open circuit voltage is under 28V. Most standard 12V 200W panels are safely around 23V.

Required roof hardware:

To permanently mount a single panel on your van roof, you will need one 4-pack of solar Z-brackets, with one bracket for each corner.

Roof setup: With only one panel, the wiring is very simple. Your panel will have one positive and one negative connector.
Roof entry: Take a standard 9m 10AWG MC4 extension cable

and cut it in half. Connect the halves to your solar panel on the roof, then feed the bare wire ends through a waterproof roof cable entry gland into your van.

Safety switch: Inside the van, route the two bare wires from the ceiling into a standard 32A DC solar isolator switch.

Mount the switch securely to your van wall. Strip the wire ends and connect them to the switch’s top terminals. Then, take the other two cable halves you cut earlier, strip their ends, and connect them to the switch’s bottom terminals.

Final connection: You now have standard, waterproof MC4 connectors inside your van. Connect these to the MC4-to-XT60 adapter cable that came with your unit.

Then plug the XT60 connector into the solar input port on your Bluetti EB55.

The Bluetti AC70 can take up to 500W of solar input, but it has a 58V maximum voltage limit and a 10A current limit. If you wire standard panels in parallel, the 10A limit will cause the unit to reduce your power. To get the most out of your AC70, connect two 200W portable panels in series.

Premium option: Use two official Bluetti PV200 (200W) portable solar panels.

Budget option: Use two heavy-duty Renogy 200W portable solar panels.

Series wiring setup: To keep the amps low and combine the voltage safely, wire the panels in series. Connect the positive connector from Panel A to the negative connector of Panel B. You’ll have one positive and one negative connector left. Plug these into your extension cable.

Recommended upgrade: To keep your power station safely inside your car or van while the panels are outside, we suggest getting a pair of 3.5m MC4 solar extension cables.

Required adapter (included in the box):

The AC70 uses a standard XT60 port, unlike older Bluetti models. Use the MC4-to-XT60 solar charging cable that came with your Bluetti. Connect your MC4 connectors to this cable, then plug the yellow XT60 end into the front of your power station. If you bought your unit second-hand and do not have this cable, you will need to buy a replacement. MC4-to-XT60 Adapter

Permanent campervan roof build:

For permanent campervan roof builds, the best rigid panels for this setup are two Renogy 200W monocrystalline rigid panels.

AC70 sweet spot (the series rule):

The AC70 has a 500W limit and a strict 10A current limit. To get the most power without the unit reducing your charging speed, use a 400W array made of two 200W rigid panels wired in series. This setup keeps the voltage around 44V, which is well below the 58V limit, and delivers strong performance.

Required roof hardware: To mount the panels to your van roof, you will need two 4-packs of solar Z-brackets (eight brackets in total).

Roof setup (series wiring): On the roof, connect the positive cable from Panel A to the negative cable of Panel B. You will have one positive and one negative cable left hanging from your 400W array.

Roof entry: Take a standard 9m 10AWG MC4 extension cable

and cut it in half. Connect each half to the two cables coming from your solar array on the roof. Feed the bare wire ends through a waterproof roof cable entry gland into your van.

Safety switch: Inside the van, route the two bare wires from the ceiling into a standard 32A DC solar isolator switch.

Mount the switch securely to your van wall. Strip the ends of the wires and connect them to the top terminals of the switch. Then, take the other two cable halves you cut earlier, strip their ends, and connect them to the bottom terminals.

Final connection:

You now have standard, waterproof MC4 connectors inside your van. Connect these to the MC4-to-XT60 adapter cable that came with your unit.

Then plug the XT60 connector into the solar input port on your Bluetti AC70.

The Bluetti AC50B is a great compact power station that can accept up to 200W of solar input, but it has a strict 28V maximum voltage limit.

This means you should not connect multiple panels in series. The safest and most efficient setup is to use one high-powered 200W portable panel.

Premium option: Use one official Bluetti PV200 (200W) portable solar panel.

 

 

 

 

 

Budget option: Use one heavy-duty Renogy 200W portable solar panel.

 

 

 

 

Setup is simple with just one panel. Do not connect multiple panels in series, as this can cause a 28V overvoltage error. Just plug the positive and negative connectors from your panel directly into your extension cable.

 

 

Recommended upgrade: To keep your power station safely inside your car or van while the panel is outside, consider getting a pair of 3.0m MC4 solar extension cables.

 

 

 

 

 

 

 

Required adapter (included in the box):

 

The AC50B uses a standard XT60 port for solar charging. Use the MC4-to-XT60 solar charging cable that comes with your Bluetti. Connect your MC4 connectors to this cable, then plug the yellow XT60 end into your power station. If you bought your unit second-hand and do not have this cable, you will need to buy a replacement. MC4-to-XT60 Adapter

 

 

Permanent campervan roof build:

For permanent campervan roof builds, the best rigid panel for this setup is a single Renogy 200W monocrystalline rigid panel.

 

 

 

 

 

AC50B sweet spot (the one-panel rule):

 

The AC50B has a strict 200W (max 28V) solar limit. The best van build setup is to use one 200W rigid panel mounted on your roof. Do not connect multiple panels in series, as this can exceed the voltage limit.

 

Always check your panel’s specifications to ensure its open-circuit voltage is below 28V. Most standard 12V 200W panels are safely around 23V.

 

Required roof hardware: To mount a single panel to your van roof, you will need a 4-pack of solar Z-brackets, one for each corner.

 

 

 

 

 

Roof setup: With just one panel, the wiring is simple. The panel will have one positive and one negative connector.

 

Roof entry: Take a standard 9m 10AWG MC4 extension cable

 

 

 

 

 

and cut it in half. Connect the halves to your roof-mounted solar panel, then feed the bare wire ends through a waterproof roof cable entry gland into your van.

 

 

 

 

 

Safety switch: Inside the van, route the two bare wires from the ceiling into a standard 32A DC solar isolator switch.

 

 

 

 

 

Mount the switch securely to your van wall. Strip the wire ends and connect them to the switch's top terminals. Then, take the other two cable halves you cut earlier, strip their ends, and connect them to the bottom terminals.

 

Final connection: You now have standard, waterproof MC4 connectors inside your van. Connect these to the MC4-to-XT60 adapter cable

 

 

 

 

 

that came with your unit, then plug the XT60 connector into the solar input port on your Bluetti AC50B.

The Bluetti Apex 300 can accept up to 2400W of solar power via its two input ports. But each port has a strict 60V maximum voltage limit, so you can't connect many panels in one series. The best and safest way is to use two separate arrays with four 200W panels.

 

Premium option: Use four official Bluetti PV200 (200W) portable solar panels.

 

 

 

 

 

Budget option:

 

Use four heavy-duty Renogy 200W portable solar panels.

 

 

 

 

 

Setup (Dual-Port Series Wiring): With two separate inputs, setup is simple. Connect Panel A's positive cable to Panel B's negative cable to make a series pair. Plug this 400W pair into Port 1. Repeat with Panels C and D for Port 2.

 

Recommended upgrade:

To keep your power station safe inside your vehicle or home while the panels are outside, get two pairs of 3.0m MC4 solar extension cables (one pair for each array).

 

 

 

 

 

 

Required adapter (included in the box):

 

The Apex 300 uses heavy-duty inputs, so you need the official adapter. Use the Dual MC4 Solar Charging Cable that comes with your Bluetti. Connect your MC4 extension cables to this adapter, then plug it into the unit. If you bought your Apex 300 second-hand and don't have this cable, you'll need to buy a replacement. (MC4 to XT60)

 

 

Permanent Campervan Roof Build

For permanent campervan roof builds, the best rigid panels for this setup are four Renogy 200W monocrystalline rigid panels.

 

 

 

 

 

 

Apex 300 Sweet Spot (The Dual-Port Rule):

To charge quickly without going over the 60V limit, use an 800W array made from four 200W rigid panels. Wire them into two pairs to keep each pair's voltage around 44V, which safely delivers a lot of power to your unit.

 

Required roof hardware:

To mount the panels to your van roof, you'll need four 4-packs of solar Z-brackets (16 brackets in total).

 

 

 

 

 

 

Roof setup (Dual-Port Series Wiring): On the roof, connect Panel A's positive to Panel B's negative to make a series pair. Do the same with Panels C and D. You'll end up with two sets of positive and negative cables from your 800W array.

 

Roof entry: Take two standard 9m 10AWG MC4 extension cables

 

 

 

 

 

and cut them in half. Connect one set of halves to your first panel array and the other set to your second array. Feed the four bare wires through your waterproof roof cable entry glands

 

 

 

 

 

into your van. If you have four wires, you'll need to install two standard roof glands side by side or use a larger quad-entry gland.

 

Safety switch:

Inside the van, run the four bare wires from the ceiling into a 2-in-2-out DC solar isolator switch, such as the SEAFRONT PV Combiner Box.

 

 

 

 

 

Mount the switch securely to your van wall. Strip the ends of the four wires from the roof and connect them to the top terminals. Then, strip the other four cable halves and connect them to the bottom terminals.

 

Final connection: Now you have two sets of standard MC4 connectors inside your van. Connect these to the Dual MC4 Solar Charging Cable that came with your unit, then plug it into your Bluetti Apex 300.(MC4 to XT60)

 

 

 

The Anker SOLIX C1000X supports up to 600W of solar input, but it has a strict 60V voltage limit and a 12.5A current limit. If you connect three panels in series, you’ll get an overvoltage error. If you connect them in parallel, your power will be limited. The safest and most efficient way is to connect two 200W portable panels in series.

 

The Premium Choice:

Two official Anker SOLIX PS200 (200W) Portable Solar Panels.

 

 

 

 

 

 

The Budget Choice:

Two heavy-duty Renogy 200W Portable Solar Panels.

 

 

 

 

 

For the setup, wire the panels in series to safely combine the voltage and keep the current low. Connect the positive connector from Panel A to the negative connector of Panel B. You’ll have one positive and one negative connector left. Plug these into your extension cable.

If you want to keep your power station safely inside your car or tent while the panels are outside in the sun, it’s a good idea to get a pair of 3.0m MC4 solar extension cables.

 

 

 

 

 

 

The Required Adapter (Free in the box)

 

The SOLIX C1000X charges through a standard XT60 port. Use the MC4-to-XT60 solar charging cable that came with your Anker. Connect your MC4 connectors to this cable, then plug the XT60 end into your power station. If you bought your unit second-hand and don’t have this cable, you’ll need to get a replacement. (MC4-to-XT60 Adapter Cable)

 

 

 

The Permanent Campervan Roof Build

 

For Permanent Campervan Roof Builds: The best rigid panels on the market for this application are Two Renogy 200W Monocrystalline Rigid Panels.

 

 

 

 

 

The C1000X Sweet Spot (The “Series” Rule):

 

Since the C1000X has a strict 60V voltage limit and a 12.5A current limit, you can’t connect many panels together. The best setup for a van build is a 400W array using two 200W rigid panels wired in series. This keeps the voltage safe at about 44V and gives you strong, steady power.

 

 

Required Roof Hardware: To permanently mount these to the van roof, you will need two 4-packs of Solar Z-Brackets (8 brackets total).

 

 

 

 

For the roof setup, connect the positive cable from Panel A to the negative cable of Panel B. You’ll have one positive and one negative cable left hanging from your 400W array.

For the roof entry, take a standard 9m 10AWG MC4 extension cable

 

 

 

 

 

 

and cut it in half. Connect each half to the two cables from your solar array on the roof. Feed the bare wire ends through a waterproof roof cable entry gland into your van.

 

 

 

 

For the safety switch, bring the two bare wires from the ceiling into a standard 32A DC solar isolator switch.

 

 

 

 

 

 

 

 

Mount the switch securely to your van wall. Strip the ends of the wires and connect them to the top terminals of the switch. Then, take the other two cable halves you cut earlier, strip their ends, and connect them to the bottom terminals.

 

 

 

For the final connection, you now have waterproof MC4 connectors inside your van. Connect these to the MC4-to-XT60 adapter cable that came with your unit, then plug it into the solar input port on your Anker SOLIX C1000X. (MC4-to-XT60 adapter cable)

 

 

 

 

 

The Anker SOLIX C300 is a compact power station that supports up to 100W of solar input, but it has a strict 28V maximum voltage limit. Because of this, you should not connect multiple panels in series. The safest and most efficient setup is to use just one 100W portable panel.

 

Premium option: Use one official Anker 100W Portable Solar Panel.

 

 

 

 

 

 

Budget option:

Choose a heavy-duty Renogy 100W Portable Solar Panel.

 

 

 

 

 

Setup is simple with just one panel. Do not connect multiple panels in series, as this can cause an overvoltage error and damage your unit. Just plug the positive and negative connectors from your panel directly into your extension cable.

 

Recommended upgrade:

To keep your power station safe inside your car or tent while the panel is outside, consider getting a pair of 3.0m MC4 Solar Extension Cables.

 

 

 

 

Required adapter:
The SOLIX C300 uses a standard XT-60 connector for solar charging. To connect a portable panel or extension cables, you will need an MC4-to-XT60 Solar Adapter Cable. 

 

 

 

 

Permanent Campervan Roof Build

For permanent campervan roof setups, the best rigid panel for this use is a single Renogy 100W Monocrystalline Rigid Panel.

 

 

 

 

 

The C300 Sweet Spot (The “One Panel” Rule):

The C300 has a strict 100W (max 28V) solar limit. The best setup for a van is to mount just one 100W rigid panel on your roof. Do not connect multiple panels in series, as this will exceed the voltage limit.

 

Required roof hardware:

To mount a single panel on your van roof, you will need a 4-pack of Solar Z-Brackets, using one bracket for each corner.

 

 

 

 

 

The roof setup is simple with just one panel. The panel will have one positive and one negative connector.

 

For roof entry, take a standard 9m 10AWG MC4 Extension Cable

 

 

 

 

 

and cut it in half. Attach each half to your solar panel on the roof, then feed the bare wire ends through a Waterproof Roof Cable Entry Gland into your van.

 

 

 

 

For safety, route the two bare wires from the ceiling into a 32A DC Solar Isolator Switch inside your van.

 

 

 

 

 

Mount the switch securely to your van wall. Strip the wire ends and connect them to the top terminals. Then, take the other two cable halves you cut earlier, strip their ends, and connect them to the bottom terminals.

 

For the final connection, you now have waterproof MC4 connectors inside your van. Connect these to an MC4-to-XT60 Adapter Cable.

 

 

 

 

 

Then plug the XT60 connector into the solar input port on your Anker SOLIX C300.

The Anker SOLIX C300X is a compact power station that supports up to 100W of solar input, but it has a strict 28V maximum voltage limit. Because of this, you should not connect multiple panels in series. The safest and most efficient setup is to use just one 100W portable panel.

 

Premium option: Use one official Anker 100W Portable Solar Panel.

 

 

 

 

 

 

Budget option:

Choose a heavy-duty Renogy 100W Portable Solar Panel.

 

 

 

 

 

Setup is simple with just one panel. Do not connect multiple panels in series, as this can cause an overvoltage error and damage your unit. Just plug the positive and negative connectors from your panel directly into your extension cable.

 

Recommended upgrade:

To keep your power station safe inside your car or tent while the panel is outside, consider getting a pair of 3.0m MC4 Solar Extension Cables.

 

 

 

 

Required adapter:
The SOLIX C300X uses a standard XT-60 connector for solar charging. To connect a portable panel or extension cables, you will need an MC4-to-XT60 Solar Adapter Cable. 

 

 

 

 

Permanent Campervan Roof Build

For permanent campervan roof setups, the best rigid panel for this use is a single Renogy 100W Monocrystalline Rigid Panel.

 

 

 

 

 

The C300X Sweet Spot (The “One Panel” Rule):

The C300X has a strict 100W (max 28V) solar limit. The best setup for a van is to mount just one 100W rigid panel on your roof. Do not connect multiple panels in series, as this will exceed the voltage limit.

 

Required roof hardware:

To mount a single panel on your van roof, you will need a 4-pack of Solar Z-Brackets, using one bracket for each corner.

 

 

 

 

 

The roof setup is simple with just one panel. The panel will have one positive and one negative connector.

 

For roof entry, take a standard 9m 10AWG MC4 Extension Cable

 

 

 

 

 

and cut it in half. Attach each half to your solar panel on the roof, then feed the bare wire ends through a Waterproof Roof Cable Entry Gland into your van.

 

 

 

 

For safety, route the two bare wires from the ceiling into a 32A DC Solar Isolator Switch inside your van.

 

 

 

 

 

Mount the switch securely to your van wall. Strip the wire ends and connect them to the top terminals. Then, take the other two cable halves you cut earlier, strip their ends, and connect them to the bottom terminals.

 

For the final connection, you now have waterproof MC4 connectors inside your van. Connect these to an MC4-to-XT60 Adapter Cable.

 

 

 

 

 

Then plug the XT60 connector into the solar input port on your Anker SOLIX C300X.

The Anker SOLIX C300X DC is a compact power station that supports up to 100W of solar input, but it has a strict 28V maximum voltage limit. Because of this, you should not connect multiple panels in series. The safest and most efficient setup is to use just one 100W portable panel.

 

Premium option: Use one official Anker 100W Portable Solar Panel.

 

 

 

 

 

 

Budget option:

Choose a heavy-duty Renogy 100W Portable Solar Panel.

 

 

 

 

 

Setup is simple with just one panel. Do not connect multiple panels in series, as this can cause an overvoltage error and damage your unit. Just plug the positive and negative connectors from your panel directly into your extension cable.

 

Recommended upgrade:

To keep your power station safe inside your car or tent while the panel is outside, consider getting a pair of 3.0m MC4 Solar Extension Cables.

 

 

 

 

Required adapter:
The SOLIX C300X DC uses a standard XT-60 connector for solar charging. To connect a portable panel or extension cables, you will need an MC4-to-XT60 Solar Adapter Cable. 

 

 

 

 

Permanent Campervan Roof Build

For permanent campervan roof setups, the best rigid panel for this use is a single Renogy 100W Monocrystalline Rigid Panel.

 

 

 

 

 

The C300X DX Sweet Spot (The “One Panel” Rule):

The C300X DC has a strict 100W (max 28V) solar limit. The best setup for a van is to mount just one 100W rigid panel on your roof. Do not connect multiple panels in series, as this will exceed the voltage limit.

 

Required roof hardware:

To mount a single panel on your van roof, you will need a 4-pack of Solar Z-Brackets, using one bracket for each corner.

 

 

 

 

 

The roof setup is simple with just one panel. The panel will have one positive and one negative connector.

 

For roof entry, take a standard 9m 10AWG MC4 Extension Cable

 

 

 

 

 

and cut it in half. Attach each half to your solar panel on the roof, then feed the bare wire ends through a Waterproof Roof Cable Entry Gland into your van.

 

 

 

 

For safety, route the two bare wires from the ceiling into a 32A DC Solar Isolator Switch inside your van.

 

 

 

 

 

Mount the switch securely to your van wall. Strip the wire ends and connect them to the top terminals. Then, take the other two cable halves you cut earlier, strip their ends, and connect them to the bottom terminals.

 

For the final connection, you now have waterproof MC4 connectors inside your van. Connect these to an MC4-to-XT60 Adapter Cable.

 

 

 

 

 

Then plug the XT60 connector into the solar input port on your Anker SOLIX C300X DC.

The Anker 521 is easy to carry, but it only allows up to 65W of solar input and a maximum voltage of 28V.

 

Because of these limits, you should not connect more than one panel. The safest and most efficient option is to use a single 100W portable panel, which the power station will automatically limit to 65W.

Premium option: Use one official Anker 100W Portable Solar Panel.

 

 

 

 

 

Budget option: Choose one heavy-duty Renogy 100W Portable Solar Panel.

 

 

 

 

Setup is simple with just one panel. Do not connect panels in series, as this can cause a 28V overvoltage error and damage your unit. Just plug the positive and negative connectors from your panel directly into your extension cable.

Recommended upgrade: To keep your power station safe inside your car or tent while the panel stays outside, get a pair of 3.0m MC4 Solar Extension Cables.

 

 

 

 

 

Required adapter (make sure to get the correct one):

The Anker 521 uses a DC7909 (8mm) port for solar charging, which is different from newer models.

 

To connect a standard portable panel or extension cables, you need an MC4-to-DC7909 (8mm) Solar Adapter Cable. Do not use an XT60 adapter with this unit.

 

 

 

 

 

 

Permanent Campervan Roof Build

For permanent campervan roof setups, the best rigid panel for this use is a single Renogy 100W Monocrystalline Rigid Panel.

 

 

 

 

The Anker 521 Sweet Spot (the One Panel Rule):

The Anker 521 only allows up to 65W and 28V for solar input. The best setup for a van is a single 100W rigid panel mounted on your roof.

 

Do not connect multiple panels in series, as this will exceed the voltage limit.

 

Required Roof Hardware: To permanently mount a single panel to your van roof, you will need one 4-pack of Solar Z-Brackets (1 bracket per corner).

 

 

 

 

Roof setup: With just one panel, wiring is simple. The panel will have one positive and one negative connector.

 

Roof entry: Use a standard 9m 10AWG MC4 Extension Cable

 

 

 

 

 

 

and cut it in half. Attach each half to your solar panel on the roof, then feed the bare wire ends through a Waterproof Roof Cable Entry Gland into your van.

 

 

 

 

Safety switch: Inside the van, connect the two bare wires from the ceiling to a standard 32A DC Solar Isolator Switch.

 

 

 

 

 

Mount the switch to your van wall. Strip the wire ends and connect them to the top terminals. Then, take the other two cable halves, strip their ends, and connect them to the bottom terminals.

 

Final connection: You now have waterproof MC4 connectors inside your van. Connect these to a standard MC4-to-DC7909 (8mm) Adapter Cable, then plug the 8mm connector into the solar input port on your Anker 521.

 

 

 

Your VTOMAN Jump 600X is a great compact unit, but it has a strict 100W maximum solar input and a 30V maximum voltage limit.

Because of these tight limits, you cannot wire multiple panels together in series. The absolute safest and most efficient setup is a single 100W portable panel (which matches the unit's maximum input capacity)

The Premium Choice: A single official VTOMAN 110W Portable Solar Panel.

The Budget Choice: A single heavy-duty Renogy 100W Portable Solar Panel.

The Setup: Because you are using just the one panel, the setup is easier. Do not wire multiple panels together in series, or you will trigger a 30V overvoltage error and potentially burn out the charging board! Simply plug your single panel's positive and negative connectors directly into your extension cable.

The Recommended Upgrade:

To keep your power station safely inside your car or tent while the panel sits out in the sun, we recommend purchasing a Pair of 3.0m MC4 Solar Extension Cables.

The Required Adapter: 

The Jump 600X uses a DC5521 (5.5mm x 2.1mm) port for solar charging. To connect a standard portable panel (or your extension cables) to the unit, you will need an MC4-to-DC5521 Solar Adapter Cable.

The Permanent Campervan Roof Build

For Permanent Campervan Roof Builds: The best rigid panel on the market for this application is a Single Renogy 100W Monocrystalline Rigid Panel.

The Jump 600X Sweet Spot (The "One Panel" Rule):

The Jump 600X has a 100W (Max 30V) solar limit. The best van-build setup is ONE single 100W rigid panel  mounted to your roof.

Never wire multiple panels together in series, or you will easily exceed the voltage limit!

Required Roof Hardware: To mount a single panel permanently to your van roof, you will need one 4-pack of Solar Z-Brackets (one bracket for each corner).

The Roof Setup:

Because you only have one panel, the wiring is incredibly simple. Your panel will have one positive and one negative connector hanging from it.

The Roof Entry:

Take a standard 9m 10AWG MC4 Extension Cable

and cut it exactly in half. Click the halves directly to your solar panel on the roof, and feed the newly cut, bare wire ends down through a Waterproof Roof Cable Entry Gland into your van.

The Safety Switch: Inside the van, route the two bare wires coming down from the ceiling into a standard 32A DC Solar Isolator Switch.

Mount the switch securely to your van wall. Strip the ends of the wires and connect them to the switch's top terminals. Then, take the other two cable halves you cut earlier, strip the bare ends, and connect them to the switch's bottom terminals.

The Final Connection:

You now have standard, waterproof MC4 connectors safely inside your van. Simply click these into a standard MC4-to-DC5521 Adapter Cable, and plug the DC5521 connector directly into the solar input port on your VTOMAN Jump 600X.

The VTOMAN Jump 2200 can accept up to 400W of solar power, but it is split between two input ports, each limited to 200W.

 

Each port also has a maximum voltage limit of 60V. To get the most power, avoid connecting large panels in series on a single port. The best way is to use two separate 200W portable panels and plug one into each port.

 

Premium option: Use two official VTOMAN 220W portable solar panels. 

 

 

 

 

Budget option: Use two heavy-duty Renogy 200W portable solar panels.

 

 

 

 

Dual-port wiring setup: Since there are two separate inputs, the setup is simple. Do not connect the panels together. Connect the positive and negative connectors from Panel A to your first extension cable, and do the same for Panel B with your second extension cable.

 

Recommended upgrade: To keep your power station safely inside your vehicle or home while the panels stay outside, it’s best to get two pairs of 3.5m MC4 solar extension cables—one pair for each panel.

 

 

 

 

 

 

Required adapters (important):
The Jump 2200 does not use standard XT60 ports. Instead, it uses DC5521 (5.5mm x 2.1mm) ports for solar charging. You will need two MC4-to-DC5521 solar adapter cables. Attach these adapters to the ends of your extension cables, then plug one into Port 1 and the other into Port 2.

 

 

 

 

 

Permanent campervan roof build:

For permanent campervan roof builds, the best rigid panels for this setup are two Renogy 200W monocrystalline rigid panels.

 

 

 

 

 

Jump 2200 sweet spot (the dual-port rule):
To reach the 400W limit safely without going over the 200W per-port cap or the 60V voltage limit, use two 200W rigid panels for your van build. By keeping the wiring separate for each panel, you deliver the most power to both ports.

 

Required roof hardware: To permanently mount the panels on your van roof, you will need two 4-packs of solar Z-brackets  (8 brackets total).

 

 

 

 

Roof setup (dual-port wiring): Do not connect your panels together on the roof.

 

Keep Panel A and Panel B separate. Each panel will have its own pair of hanging cables, one positive and one negative.

Roof entry: Take two standard 9m 10AWG MC4 extension cables

 

 

 

 

and cut each one in half. Attach one set of halves to Panel A and the other set to Panel B. Feed the four bare wire ends through a waterproof quad-entry roof cable gland into your van.

 

 

 

 

Safety switch: Inside the van, run the four bare wires from the ceiling into a 2-in-2-out DC solar isolator switch (such as the SEAFRONT PV Combiner Box).

 

 

 

 

Mount the switch securely to your van wall. Strip the ends of the four wires from the roof and connect them to the switch's top terminals. Then, take the other four cable halves you cut earlier, strip their ends, and connect them to the bottom terminals.

 

 

Final connection: Now you have two sets of standard MC4 connectors inside your van. Connect each set to an MC4-to-DC5521 adapter cable, then plug them into the two separate input ports on your VTOMAN Jump 2200.

 

 

 

The VTOMAN Jump 1500X is a great mid-sized power station, but it only allows up to 200W of solar input and has a 30V voltage limit. If you connect more than one panel in series, you’ll quickly go over 30V and get an overvoltage error. The safest and easiest setup is to use just one high-powered 200W or 220W portable panel.

 

 

Premium option: Use one official VTOMAN 220W Portable Solar Panel. 

Budget option: Use one heavy-duty Renogy 200W Portable Solar Panel.

Setup is simple with just one panel. Don’t connect multiple panels in series, since this can cause a 30V overvoltage error and might damage your power station.

Just plug the positive and negative connectors from your panel straight into your extension cable.

 

 

Recommended upgrade: To keep your power station safe inside your car or tent while your panel is outside, get a pair of 3.0m MC4 Solar Extension Cables.

 

 

 

 

Required adapter (don’t skip this!):
The Jump 1500X doesn’t use a standard XT60 port. Instead, it charges through a DC5521 (5.5mm x 2.1mm) port. To connect a portable panel or extension cables, you’ll need an MC4-to-DC5521 Solar Adapter Cable.

 

 

 

 

Permanent campervan roof build:

For permanent campervan roof setups, the best rigid panel for this use is a single Renogy 200W Monocrystalline Rigid Panel.

 

 

 

 

The Jump 1500X sweet spot (the “one panel” rule):

 

 

The Jump 1500X has a strict 200W and 30V solar limit. The best van setup is to use just one 200W rigid panel on your roof. Don’t connect multiple panels in series, or you’ll go over the 30V limit.

Always check your panel’s specs to make sure its open circuit voltage is under 30V. Most standard 12V 200W panels are safely around 23V.

 

 

Required roof hardware: To mount a single panel on your van roof, you’ll need a 4-pack of Solar Z-Brackets, one for each corner.

 

 

 

 

Roof setup: With just one panel, wiring is simple. The panel will have one positive and one negative connector.

 

 

Roof entry: Take a 9m 10AWG MC4 Extension Cable

 

 

 

 

and cut it in half. Connect each half to your solar panel on the roof, then feed the bare wire ends through a waterproof roof cable entry gland into your van.

 

 

 

 

Safety switch: Inside the van, run the two bare wires from the ceiling into a 32A DC Solar Isolator Switch.

 

 

 

 

Mount the switch to your van wall. Strip the wire ends and connect them to the top terminals. Then, take the other two cable halves you cut earlier, strip their ends, and connect them to the bottom terminals.

 

 

Final connection: Now you have waterproof MC4 connectors inside your van. Connect them to an MC4-to-DC5521 Adapter Cable, then plug the DC5521 connector into the solar input port on your VTOMAN Jump 1500X.

 

 

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