With a power range of 40W to 285W, this polysilicon solar module combines stable performance, durable construction, and optimized electrical parameters to deliver consistent energy output in varying environmental conditions. Leveraging mature polysilicon technology, the panel balances efficiency and affordability, making it a top choice for users seeking long-lasting, low-maintenance solar energy systems. Whether you’re powering a small rooftop setup or a remote monitoring station, FORIDO’s polycrystalline solar panels ensure reliable power generation with minimal upfront investment.
Crafted with high-quality polycrystalline silicon materials, this solar panel offers exceptional value without compromising performance. Polysilicon’s manufacturing scalability translates to lower costs, making it an ideal option for budget-conscious projects while maintaining solid energy conversion rates.
From 50W to 270W, each polysilicon solar panel variant is engineered to deliver consistent optimum power voltage (Vmp) and optimum operating current (Imp). The panels maintain stable output even in partial shading, ensuring reliable energy production throughout the day.
Every model features carefully calibrated open circuit voltage (Voc) and short circuit current (Lsc) to maximize power harvest. The precise electrical design minimizes energy loss, enhancing overall system efficiency and ensuring compatibility with most inverters and charge controllers.
Built to withstand harsh outdoor conditions, the panel includes rugged framing and high-quality materials that resist corrosion, UV radiation, and extreme temperatures. Its robust design ensures a long lifespan with minimal maintenance, reducing long-term ownership costs.
With multiple power ratings (40W-285W), the FORIDO polysilicon solar panel adapts to diverse needs—from small off-grid devices to large commercial installations. This flexibility allows users to customize their solar systems based on energy requirements and space constraints.
Description | Optimum Power Voltage (Vmp) | Optimum Operating Current (Imp) | Open Circuit Voltage (Voc) | Short Circuit Current (Isc) |
50W Polycrystalline Solar Panel | 17.5V | 2.86A | 22.6V | 2.94A |
80W Polycrystalline Solar Panel | 17.5V | 4.57A | 22.5V | 4.74A |
90W Polycrystalline Solar Panel | 17.5V | 5.15A | 22.5V | 5.41A |
100W Polycrystalline Solar Panel | 17.5V | 5.71A | 22.6V | 5.90A |
120W Polycrystalline Solar Panel | 17.5V | 6.86A | 22.6V | 7.18A |
130W Polycrystalline Solar Panel | 17.5V | 7.43A | 30.14V | 7.67A |
150W Polycrystalline Solar Panel | 17.5V | 8.57A | 35.5V | 8.83A |
270W Polycrystalline Solar Panel | 31.3V | 8.63A | 38.5V | 9.23A |
Businesses benefit from the panel’s cost-effectiveness and scalability, as it can be deployed in large arrays to offset commercial energy consumption and lower operational costs.
Perfect for remote cabins, RVs, and boats, the panel’s compact design and stable performance make it a reliable power source in areas without access to the grid.
Power critical equipment like weather sensors and communication devices in remote locations, thanks to the panel’s durability and consistent energy output.
Power irrigation systems, greenhouse lighting, and farm equipment, helping farmers reduce reliance on fossil fuels and lower agricultural operational costs.
It covers 40W to 285W, with variants from 50W (small off-grid devices) to 270W (large commercial installations).
Leveraging mature polysilicon technology, it offers solid energy conversion rates at a lower cost, making it ideal for budget-conscious projects without compromising performance.
Yes. It maintains stable output even in partial shading, thanks to optimized electrical parameters (calibrated Voc and Isc) that minimize energy loss.
It fits residential rooftops, commercial arrays, off-grid systems (RVs, boats), remote monitoring stations, and agricultural equipment (irrigation, greenhouse lighting).
