Bluetti Portable, Affordable & Eco-Friendly Solar Panels

Upgrade your energy game with Bluetti's Portable Solar Panels. Experience enhanced efficiency and power generation.

Why Choose BLUETTI Solar Panels?

• 1 Year Warranty
• IP67 Waterproof: Innovative Lamination Technology
• 24% Conversion Efficiency: Highly Efficient Solar Intake
• Easy to Carry: Foldable & Portable Design

Is it water proof?

A: Yes. It's IP65 splash-resistant. But do NOT expose the solar panel to rain or snow.

Can I use BLUETTI Portable Solar Panel to charge the third-party power station?

Yes, as long as they
(1) have MC4 connectors;
(2) support the output specifications of BLUETTI solar panels.

Can I use different kinds of solar panels?

No. Multiple solar panels involved in a power system should be totally the same. For example, charging BLUETTI AC20OP with 2*PV200 is acceptable, while with 1*PV200 + 1*PV120 is unacceptable.

Does the panel have any USB ports you can directly plug into?

No. BLUETTI Solar Panel has MC4 connectors ONLY.

How to maximize the efficiency of solar panel?

1. Set up correctly: Adjust the angle to ensure it directly faces the sun.
2. Avoid shadow: Any amount of shadow will affect solar panel productivity.
3. Keep clean: Dirt or debris may reduce the panel's efficiency.
4. Keep cool: Place in somewhere with good air circulation.

What's The Right BLUETTI SOLAR PANELS For You?

BLUETTI PV120 Solar Panel

Power: 120 W
Weight: 12.57lbs (5.7kg
Dimensions (folded): 21 × 18.5in
(53.3 × 47cm)
Warranty: 1 Year

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BLUETTI PV350 Solar Panel

Power: 350 W
Weight: 30.6bs (13.9kg)
Dimensions (folded): 35.6 × 24.1
×2.5in (90.5*61.3*6.5cm)
Warranty: 1 Year

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BLUETTI MP200 Solar Panel

Power: 200 W
Weight: 19.1lbs (8.7kg
Dimensions (folded): 26.8*21.7*2.5in (681*553*65mm)
Warranty: 1 Year

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BLUETTI SOLAR Catcher

The sunlight contains many tiny bits of energy called photons. Some of these photons hit solar modules, which consist of manyconnected solar cells.

By hitting the top layer of a solar cell, photons can cause electrons to flow through the bottom layer. This movement generates direct current (DC) electricity, which will be turned into AC electricity by the inverters.