12V 200W Bifacial Solar Panel for RV, Boat, and Cabin
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Category: bougerv solar panel

About this item
- 【Compatibility and Wide Usage.】 Compatible with on-grid and off-grid inverters, the BougeRV N-TYPE 200W solar panel is suitable for powering the house or for outdoor use. Corrosion-resistant aluminum material can withstand the changing outdoor environment and prolong its service life. It is easy to use and mount (pre-drilled holes on the back of the panel), and sophisticated to use with your RVs, boats, and other outdoor equipment.
- 【Longer Lifespan】More 5-Year Power Lifespan. According to laboratory test data, the service life of N-TYPE solar panels can be 30 years, while the service life of P-TYPE solar panels only can be 25 years. Therefore, for a long-term investment perspective, investing in N-TYPE solar panels will yield better returns.
- 【1-on-1 Solar Solution by BougeRV Tech Support.】 BougeRV promises 10-year product tech support and alltime warm-hearted service for you. Please get in touch with us whenever you have any problems with the BougeRV solar panel. We will provide you with a professional guide to building a solar system.
- MAX POWER with the smallest size. Enhanced current collection capability through 16BB cell design extends the service life of solar panels. A 26% reduction in covered area achieved by increasing the cell receiving surface and reducing the overall size.
- 【Bifacial Design】Bifacial Design Increases the solar output by 30%. Instead of having an opaque back, BougeRV bifacial solar panels feature a transparent backside, allowing it to absorb solar energy from both sides, such as direct sunlight, refracted sunlight, and diffuse sunlight. N-type solar cells have an 80% bifacial gain while P-TYPE have only a 70% bifacial gain.
- 【N-TYPE New Technology】N-TYPE Technology Solar Cell, 25% Highest Conversion Rate. BougeRV N-TYPE 200-watt solar panels are made of N-TYPE solar cells. Compared to P-TYPE solar cells, N-TYPE solar cells add an advanced Industrial Tunnel Oxide Passivated connected to the back of ordinary solar cells, this advanced technology allows the majority carrier to pass and restrains the minority carrier, so absorbs more light, making it low resistance loss and high voltage.





























