The Bluesun HJT N-Type Solar Panel 650W represents the pinnacle of solar technology, combining high efficiency with innovative design. This review explores the features that make this panel a standout choice for utility-scale solar installations and commercial projects seeking maximum power output and reliability.
Specifications
| Manufacturer | Bluesun |
|---|---|
| Model | Bluesun HJT N-Type Solar Panel 650W |
| Wattage | 650 W |
| Efficiency | 21.3% |
| Cell Type | N-Type Monocrystalline |
| Number of Cells | 320 |
| Dimensions (W x H x D) | 1086 mm x 2384 mm x 35 mm |
| Weight | 25 kg |
| Colour | All black, 4 thin silver bus bars |
| Made In | China |
| Durability | 0.55% per annum (94.5% in year 30) |
| MEPV | 1 |
| IBC Technology | 1 |
| Fitted Dimensions (W x H) | 1150 mm x 2400 mm |
| Manufacturer Item Code | BSM650PMB6-68SDC |
Performance Analysis
The Bluesun HJT N-Type 650W panel leverages cutting-edge Heterojunction Technology (HJT), which combines the advantages of crystalline silicon solar cells with those of thin-film solar cells. With an impressive efficiency of 21.3%, this panel outperforms many standard monocrystalline panels on the market.
Its high power output of 650 W makes it ideal for large-scale installations where maximizing energy production is crucial. The N-Type cells offer better performance in low-light conditions and have a lower temperature coefficient, ensuring consistent energy output even in less-than-ideal conditions.
Pros
- High efficiency of 21.3%
- Significant power output at 650W
- Advanced HJT N-Type cell technology
- Low degradation rate with 87.2% output after 25 years
- Excellent performance in low-light conditions
Cons
- Larger size requires adequate installation space
- Heavier weight at 32 kg per panel
- Higher upfront investment cost
Conclusion
The Bluesun HJT N-Type Solar Panel 650W is a premium choice for large-scale solar projects that demand high efficiency and reliable performance. Its advanced HJT technology and robust build quality make it a worthwhile investment for maximizing long-term energy production.