PERC Flexible Solar Panel Solution
Flexible
Lightweight
Thin Thickness
Without Glass
High Efficiency
High Waterproof Grade
PERC Flexible Solar Panel Characters
- Flexible Substrate Design: Features lightweight and flexible backing materials (e.g., polymer films), enabling seamless installation on curved surfaces, irregular structures, and lightweight mounting systems without compromising structural integrity.
- PERC Cell Technology: Leverages Passivated Emitter and Rear Cell (PERC) technology to boost light absorption, minimize recombination losses, and achieve higher conversion efficiency than conventional solar cells.
- Customized Specifications: Supports tailored power ratings (e.g., 50W–500W for standard series), dimensions, and voltage configurations to align with diverse project demands.
- Adaptive Junction Box: Offers flexible junction box placement (Front or Back side) with integrated diodes, ensuring reliable electrical connectivity and over – current protection across various installation environments.
Performance and Advantages
- Superior Conversion Efficiency: Delivers an efficiency range of 22–25%, outperforming traditional amorphous silicon flexible panels. This maximizes energy capture even in space – constrained installations.
- Lightweight & Easy Installation: The flexible structure reduces weight by up to 80% compared to rigid panels, simplifying transportation, mounting, and maintenance on roofs, vehicles, or portable systems.
- Versatile Adaptability: Ideal for Non-Standard surfaces (e.g., domes, curved roofs, vehicle exteriors) where rigid panels are impractical, expanding opportunities in architecture, transportation, and niche industries.
- Reliability & Durability: Passes stringent environmental tests (UV resistance, temperature cycling, humidity and fire resistance) for long – term stability in harsh outdoor conditions. IP67 – rated junction boxes provide dust and water resistance.
PERC High Efficiency Flexible Solar Panel Specifications
| No. | Power
(W) |
Matrix
( solar cell) |
Vmp
(V) |
Imp
(A) |
Voc
(V) |
Ics
(A) |
efficiency
(%) |
Dimension(mm)
Junction box Back or Front |
Thickness(mm) without back glue | Weight
about(kg) without back glue |
| 1 | 55W | 182 solar cell (4*2) | 8.96 | 6.13 | 10.75 | 6.63 | 23-24.5% | Back L*W: 765*395
Front L*W: 785*395 |
3mm | 0.95 |
| 2 | 85W | 182 solar cell (4*3) | 13.44 | 6.33 | 16.12 | 6.83 | Back L*W: 765*585
Front L*W: 785*585 |
1.67 | ||
| 3 | 115W | 182 solar cell (4*4) | 17.92 | 6.45 | 21.50 | 6.95 | Back L*W: 765*765
Front L*W: 795*765 |
2.22 | ||
| 4 | 140W | 182 solar cell (5*4) | 22.40 | 6.27 | 26.88 | 6.75 | Back L*W: 960*765
Front L*W: 980*765 |
2.75 | ||
| 5 | 155W | 166 solar cell (9*3) | 30.24 | 5.13 | 36.28 | 5.56 | Back L*W: 1580*550
Front L*W: 1600*550 |
3.25 | ||
| 6 | 180W | 182 solar cell (5*5) | 28.0 | 6.44 | 33.60 | 6.94 | Back L*W: 960 *960
Front L*W: 980*960 |
3.50 | ||
| 7 | 215W | 182 solar cell (6*5) | 33.60 | 6.40 | 40.32 | 6.94 | Back L*W: 1140*960
Front L*W: 1160*960 |
4.12 | ||
| 8 | 250W | 182 solar cell (7*5) | 39.20 | 6.40 | 47.04 | 6.94 | Back L*W:1325*960
Front L*W: 1345*960 |
4.75 | ||
| 9 | 285W | 182 solar cell (8*5) | 44.80 | 6.40 | 53.76 | 6.94 | Back L*W: 1510*960
Front L*W: 1530*960 |
5.35 | ||
| 10 | 300W | 166 solar cell (9*6) | 30.0 | 10.10 | 36.0 | 10.50 | Back L*W: 1550*1050
Front L*W: 1570*1050 |
6.02 | ||
| 11 | 320W | 182 solar cell (9*5) | 50.40 | 6.35 | 60.48 | 6.85 | Back L*W: 1695*960
Front L*W: 1715*960 |
6.10 | ||
| 12 | 355W | 182 solar cell (10*5) | 56.0 | 6.35 | 67.20 | 6.85 | Back L*W: 1880*960
Front L*W: 1900*960 |
6.75 | ||
| 13 | 430W | 182 solar cell (10*6) | 67.20 | 6.40 | 80.64 | 6.91 | Back L*W: 1880*1140
Front L*W: 1900*1140 |
8.05 | ||
| 14 | 460W | 210 solar cell (8*6) | 53.76 | 8.68 | 63.6 | 9.11 | Back L*W: 1735*1300
Front L*W: 1750*1300 |
8.50 | ||
| 15 | 500W | 182 solar cell (10*7) | 78.40 | 6.38 | 94.08 | 6.37 | Back L*W: 1880*1325
Front L*W: 1900*1325 |
9.25 |
PERC High Efficiency Flexible Solar Panel
- Rated Power: 50W-500W Flexible solar panel
- Efficiency: 22-25%
- Voltage: Customized
- Dimension: Customized
- Junction Box: Back side or Front side, with diode inside
535W Triangle Customized Flexible Solar Panel
- Rated Power: 215W+215W+105W combo Flexible solar panel
- Efficiency: 22-25%
- Voltage: Customized
- Dimension: Customized
- Junction Box: Front side, with diode inside
14KW Flexible Solar Panel For Solar Boat
- Rated Power: total 14KW Flexible solar panel
- Efficiency: 22-25%
- Voltage: Customized
- Dimension: Customized
- Approved CCS(CHINA CLASSFICATION SOCIETY)
100W Solar Leaf For Solar Trees
- Rated Power: 100W solar panel with 1mm tempered glass back
- Efficiency: 22-25%
- Voltage: Customized
- Dimension: Triangle with Customized
- Junction Box: Back side, with diode inside
Applications of Flexible solar panels
RVs & Marine Vessels
PERC flexible panels’ lightweight design and curved – surface compatibility make them ideal for RV roofs, boat decks, and yacht superstructures. They replace rigid panels to cut weight, adapt to rounded shapes, and ensure reliable off – grid power for lighting, appliances, and navigation during travel.
On grid and Off grid Power Systems
In remote areas (campsites, farms, telecom towers), their customization (power/voltage/size) lets you tailor energy solutions to small – scale needs. Durability withstands harsh weather, while flexibility enables mounting on non – traditional structures (e.g., shed roofs, fences)
Building Integrated Photovoltaics
Integrate into building exteriors (curved facades, atrium roofs, canopies) to generate electricity andenhance design. The panels’ aesthetic flexibility eliminates separate mounting systems, reducing costs and boosting visual appeal.
Agricultural & Industrial Applications
Deploy on greenhouse roofs, factory sheds, or warehouse canopies. Flexibility protects fragile roofing materials (e.g., polycarbonate), while high efficiency powers ventilation, lighting, and machinery in agri/light – industrial settings.
Smart Energy & Urban Infrastructure
Power “solar trees” (artistic energy structures in parks/squares) or urban furniture. “Solar Leaf” blends functionality with public art, driving clean energy adoption in populated zones.
Solar Lighting system for Wave design
Flexible solar panel use to solar lighting for street and garden light, make wave solar light design.
Frequently Asked Questions
What is a PERC flexible solar panel?
PERC (Passivated Emitter and Rear Cell) solar cell architecture and Flexible solar panel design.
Why are PERC flexible panels better than standard flexible ones?
By integrating PERC (Passivated Emitter and Rear Cell) technology into a flexible format, these panels generate significantly more electricity from the same amount of sunlight compared to their standard flexible counterparts.
How much can these flexible panels bend?
Minimum Bend Radius：Usually ≥ 30 cm (12 inches) for PERC flexible panels or say flexible angle less than 30 degree is better.
Are flexible panels easily damaged? Are they waterproof?
No, they are not easily damaged if handled and installed correctly. But they require more care than a rigid panel avoid sharp objects,do not exceed the bend radius, and protect them from severe abrasion
Yes, high-quality flexible solar panels are designed to be fully waterproof and weather-resistant.
Do they last as long as traditional rigid solar panels?
While a rigid solar panel is designed to be a 25 year asset, a high quality flexible panel similar to rigid solar panel, of course relations to different installation surroundings.
Can I step on them once they are installed on my RV or deck?
PERC flexible solar panel not allowed to walk on solar cells, because PERC solar cell easy to be damaged.
If need walkable flexible solar panel, recommend to use CIGS flexible solar panel,check this article:
https://www.xmnewlight.com/new/can-you-walk-on-flexible-solar-panels/
Will mounting them flush against a surface cause poor heat dissipation and affect power generation?
While you mount a flexible solar panel flush against a surface, it is not recommended if you want to maximize power output. The trapped heat will cause the panel to run inefficiently.
Best Practice: Always use a mounting method that provides a small air gap for ventilation. This will keep the panel cooler, increase its daily energy production, and help prolong its lifespan.
What are the best use cases for them?
Flexible solar panels are used for portable power in camping/RVs, on vehicles/boats for curved surfaces, for lightweight applications like drones or backpacks, and on buildings with non-flat roofs (like warehouses or older homes) where rigid panels are impractical, powering devices, charging batteries, and providing off-grid energy in remote areas.
Check linker to more about it:
https://www.xmnewlight.com/what-are-flexible-solar-panels-used-for/
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