Jinko 645W Bifacial Solar Panel – Ultra High-Efficiency N-Type Dual-Glass Module
The Jinko 645W Bifacial Solar Panel is a cutting-edge, ultra high-capacity photovoltaic module engineered to deliver maximum energy output and long-term reliability. Built with advanced N-type monocrystalline cell technology, it offers higher efficiency, lower degradation, and superior performance in both high-temperature and low-light environments.
With a powerful 645W output and module efficiency reaching up to approximately 23.0%–23.2%, this panel is designed for high-demand residential, commercial, and industrial solar installations. Its bifacial design enables dual-sided energy generation, allowing the panel to capture sunlight from both the front and rear surfaces, significantly increasing total energy yield—especially when installed on reflective surfaces.
The module features advanced high-density cell architecture and optimized current collection, delivering improved energy conversion and reduced internal losses. With a bifaciality factor of around 80%, it can generate additional rear-side power, boosting overall output by up to 5–25% depending on installation conditions.
Engineered for durability, the panel incorporates a robust dual-glass construction, corrosion-resistant aluminum frame, and an IP68-rated junction box, ensuring excellent resistance to harsh environmental conditions such as heavy rain, wind, dust, and extreme temperatures. It supports high system voltage up to 1500V DC, making it ideal for large-scale and utility-grade solar systems.
Key Features:
- 645W ultra-high power output for maximum energy generation
- Bifacial dual-glass design for rear-side energy gain
- N-type monocrystalline cells for higher efficiency and durability
- Module efficiency up to ~23%
- Bifacial gain potential of up to 25% depending on setup
- Strong resistance to heat, humidity, and harsh weather
- Supports up to 1500V system voltage
- Low degradation rate for long-term performance
The Jinko 645W Bifacial Solar Panel is an ideal solution for modern solar installations requiring maximum efficiency, increased energy yield, and long-term durability, making it a smart investment for both residential and large-scale power projects.
