Welcome to discuss your project requirements.
Welcome to discuss your project requirements.
Monocrystalline silicon solar panels use the most advanced PERC (Passivated Emitter and Rear Cell) technology, which significantly improves the photoelectric conversion efficiency. Our products are rigorously tested and can maintain excellent performance stability under extreme weather conditions. Each solar panel is made of high-quality materials, including anti-reflective coated glass, weather-resistant frames and anti-PID (potential induced degradation) cells, ensuring a service life of more than 25 years and excellent energy output. Our solar panels are suitable for a variety of application scenarios, including residential roofs, commercial buildings, agricultural greenhouses and off-grid systems, providing you with flexible and reliable clean energy solutions.
The core secret of solar panels lies in the "photovoltaic effect". When sunlight shines on semiconductor materials (usually silicon), photons with energy higher than the semiconductor bandgap are absorbed, exciting electrons to jump from the valence band to the conduction band, generating electron-hole pairs.
Under the built-in electric field of the PN junction, electrons are pushed to the N region and holes are pushed to the P region, forming a potential difference. When the external circuit is connected, electrons flow through the external circuit to generate direct current, completing the process of converting light energy into electrical energy. A single silicon-based cell can generate a voltage of about 0.5-0.6V, which can be connected in series to form a practical component with a voltage of 18V or higher.
1. Ultra-high conversion efficiency. Using monocrystalline silicon PERC technology, the conversion efficiency is as high as 22.5%, generating 15% more electricity than traditional solar panels
2. Excellent weak light performance. Advanced battery design can still maintain high-efficiency power generation under cloudy or low light conditions
3. High temperature stability. Unique heat dissipation design and low temperature coefficient, power loss is reduced by 30% under high temperature environment
4. Excellent durability. Anti-PID design, salt spray corrosion resistance, ammonia corrosion resistance, passed 5400Pa snow load and 2400Pa wind load test
5. Environmentally friendly and sustainable. The carbon footprint is reduced by 40% during the production process, and the material recyclability rate exceeds 95%, helping to green the earth
6. Long-term warranty. 12-year product warranty, 25-year linear power output guarantee (attenuation ≤2% in the first year, ≤0.55% per year thereafter)
| Model | Power Generation/Day | Size2%(MM) | Peak Voltage | Peak Current | Open Circuit Voltage | Short Circuit Current |
| JT120W | ≈ 0.6° | 800*760*30 | 18.24V | 6.6A | 21.8V | 7.06A |
| JT160W | ≈ 0.8° | 1040*760*30 | 18.24V | 8.8A | 21.8V | 9.4A |
| JT240W | ≈ 1.2° | 1530*760*35 | 18.24V | 13.2A | 21.8V | 14.12A |
| JT300W | ≈ 1.5° | 1290*1134*35 | 34.2V | 8.77A | 41.04V | 9.38A |
| JT360W | ≈ 1.8° | 1540*1133*35 | 34.2V | 10.53A | 41.04V | 11.16A |
| JT450W | ≈ 2.25° | 1909*1134*40 | 34.2V | 13.15A | 41.04V | 13.95A |
| JT550W | ≈ 2.75° | 2279*1134*35 | 41.62V | 12.98A | 49.55V | 13.89A |
Capacity: 300kg/h
Location: Korea
Configuration: as biochar
Capacity: 2.5 t/h
Location: Russia
Configuration: Recycled Aluminum
Capacity: 500 kg/h
Location: Ethiopia
Configuration: as BBQ charcoal
According to the customer's actual requirements, raw materials and use of customized solutions
Own production base, strict production standards and processes, professional quality control.
Engineers track the entire service, install and commissioning the equipment to ensure successful operation.
Provide technical support, technical service, technical training, after-sales service.
