BougeRV 300W solar panels
Diagram of a solar panel with text highlighting N-type solar performance and conversion efficiency.
Solar panel system with bifacial technology and efficiency details.
Comparison of solar panel designs
Comparison of BougeRV N-Type solar panel with 16BB technology and other panels with 9BB technology
Solar panel with dimensions and weight information
Graph showing power output over time with a focus on 'BougeRV' and 'Other' options
Solar panels on a modern house roof
Solar panels in various applications
BougeRV 300 Watt N-Type Rigid Bifacial 16BB Mono Solar Panel
BougeRV 300 Watt N-Type Rigid Bifacial 16BB Mono Solar Panel
BougeRV 300 Watt N-Type Rigid Bifacial 16BB Mono Solar Panel
BougeRV 300 Watt N-Type Rigid Bifacial 16BB Mono Solar Panel
BougeRV 300W solar panels
Diagram of a solar panel with text highlighting N-type solar performance and conversion efficiency.
Solar panel system with bifacial technology and efficiency details.
Comparison of solar panel designs
Comparison of BougeRV N-Type solar panel with 16BB technology and other panels with 9BB technology
Solar panel with dimensions and weight information
Graph showing power output over time with a focus on &
Solar panels on a modern house roof
Solar panels in various applications
BougeRV 300 Watt N-Type Rigid Bifacial 16BB Mono Solar Panel
BougeRV 300 Watt N-Type Rigid Bifacial 16BB Mono Solar Panel
BougeRV 300 Watt N-Type Rigid Bifacial 16BB Mono Solar Panel
BougeRV 300 Watt N-Type Rigid Bifacial 16BB Mono Solar Panel
PRODUCT

BougeRV 300 Watt N-Type Rigid Bifacial 16BB Mono Solar Panel

25% efficiency N-Type 16 busbar bifacial design off-grid solar panel

Early Prime Day Sale

Save $80.00
$369.99

Limited Time Deal

$449.99
/

Built with advanced N-Type cells and a bifacial design, this 300 Watt solar panel delivers higher efficiency and more power output:

[Up to 25% High Efficiency]: Generate more power from the same sunlight, even in low-light conditions
[Bifacial Energy Boost]: Capture sunlight from both sides for extra energy gain
[16BB Advanced Technology]: Enjoy more stable performance and lower power loss
[Reliable in Partial Shading]: Maintain consistent output even with shadows
[Built for Off-Grid Living]: Ideal for RVs, vans, cabins, boats, and more

Read more » Fold up »
Buy More,Save More

Pay With Ease:

Payments icons
BougeRV Free Local Shipping
BougeRV Customer Support
BougeRV Hassle Free Warranty
BougeRV Guarantee
  • Features
  • Tech Specs
  • Reviews
  • FAQ

HIGHLIGHTS

N-TYPE New Technology

BougeRV 300-watt solar panels feature cutting-edge N-TYPE solar cell technology, achieving an industry-leading 25% conversion rate. Equipped with advanced Industrial Tunnel Oxide Passivated technology, they significantly outperform traditional P-TYPE solar cells for maximum energy output.

Bifacial Design

BougeRV 300W bifacial solar panels feature a transparent backside that captures energy from both sides — including direct, refracted, and diffuse sunlight — boosting solar output by up to 30%. Thanks to N-TYPE solar cells with an 80% bifacial gain (vs. 70% for P-TYPE), these panels deliver more power in the same footprint.

Longer Lifespan

Lab tests show N-TYPE solar panels last up to 30 years — 5 years longer than P-TYPE's 25-year lifespan. A longer lifespan means more energy generated, more savings accumulated, and a smarter investment over time.

Compatibility and Wide Usage

BougeRV N-TYPE 300W solar panels are built for versatility — compatible with both on-grid and off-grid inverters, making them ideal for home power systems and outdoor adventures alike. The corrosion-resistant aluminum frame stands up to harsh weather conditions, ensuring long-lasting durability. Pre-drilled mounting holes make installation quick and hassle-free, fitting seamlessly onto RVs, rooftops...

MULTIPURPOSE USE

RV & Van Life — Keep your adventures going with a reliable 300W solar panel for RV that powers appliances, lighting, and devices on the road.

Ground Mounting — Ideal for ground-mounted solar panel systems on farms and remote properties, with easy angle adjustment for optimal sun exposure.

Rooftop Installation — A durable 300W rooftop solar panel solution for homeowners looking to cut electricity bills with clean, long-lasting renewable energy.

Off-Grid Power Systems — Build a dependable off-grid solar power system for tiny homes, campsites, or emergency backup — wherever the grid can't reach.

RV & Van Life — Keep your adventures going with a reliable 300W solar panel for RV that powers appliances, lighting, and devices on the road.

Ground Mounting — Ideal for ground-mounted solar panel systems on farms and remote properties, with easy angle adjustment for optimal sun exposure.

Rooftop Installation — A durable 300W rooftop solar panel solution for homeowners looking to cut electricity bills with clean, long-lasting renewable energy.

Off-Grid Power Systems — Build a dependable off-grid solar power system for tiny homes, campsites, or emergency backup — wherever the grid can't reach.

Product Specifications

SKU ISE239N
Maximum Power (W) 300±5% W
Open Circuit Voltage Voc (V) 44.2±5% V
Max Power Voltage Vmp (V) 37.6±5% V
Max Power Current Imp (A) 8.13±5% A
Short Circuit Current Isc (A) 8.9±5% A
Solar Cells Efficiency 25%
Warranty Description

10 years Material & workmanship warranty

30 years Linear power output warranty
Product Dimension (IN) 61.3x37.4x1.4 in
Net Weight (kg / lb) 32.8 lb
Max Static Load (front) 2400 Pa
Max Static Load (back) 2400pa
Max Series Fuse Rating 20A
Product Type Solar Panel
SKU ISE239N
Maximum Power (W) 300±5% W
Open Circuit Voltage Voc (V) 44.2±5% V
Max Power Voltage Vmp (V) 37.6±5% V
Max Power Current Imp (A) 8.13±5% A
Short Circuit Current Isc (A) 8.9±5% A
Solar Cells Efficiency 25%
Warranty Description

10 years Material & workmanship warranty

30 years Linear power output warranty
Product Dimension (IN) 61.3x37.4x1.4 in
Net Weight (kg / lb) 32.8 lb
Max Static Load (front) 2400 Pa
Max Static Load (back) 2400pa
Max Series Fuse Rating 20A
Product Type Solar Panel

User Manual

Reviews

FAQ

The daily power output of a 300W solar panel depends on sunlight hours and conditions. In areas with 4 to 6 peak sun hours, a 300W panel can generate approximately 1.2 to 1.8 kWh per day. This amount can vary with shading, panel angle, temperature, and location.

Yes, absolutely. A 300W solar panel is a popular choice for RVers, campers, tiny homes, and off-grid cabins. It provides enough energy to charge a 12V battery system and run essential devices during travel or in remote areas. When combined with other panels, it can support more extensive setups with power stations, fridges, or lighting systems.

The price of a 300 watt solar panel can vary greatly depending on the brand and quality. At BougeRV, you can buy a high-performance 300 watt solar panel at the price of $429.

Yes, most 300 watt solar panels can be connected to existing systems, but it’s important to check for compatibility in terms of voltage, current, and connector type. You may need to wire panels in series or parallel depending on your system voltage (12V, 24V, or 48V).

For a 12V system with a 300W solar panel, a 30A MPPT charge controller is recommended for maximum efficiency—especially in changing weather conditions. MPPT controllers can extract up to 30% more energy compared to traditional PWM types.

High-quality panels like BougeRV 300W N-Type Mono Solar Panel are built to last 25 to 30 years with minimal degradation. N-Type TopCon technology also offers better resistance to light-induced degradation (LID), meaning your panel maintains higher performance over time.

A single 300W panel cannot power a home alone, but a system of multiple 300W panels (e.g., 10 panels = 3,000W or 3kW) can significantly reduce your grid dependence. In a full residential system with battery storage and a solar inverter, 300W panels can be part of an effective clean energy solution.

Yes. Many portable power stations support solar charging via MC4 connectors or adapters. Under optimal sunlight conditions, a 300W solar panel can recharge a 1,000Wh power station in approximately 4 to 6 hours, assuming minimal energy loss and that the power station supports the full panel input.

You may also like