Jinko's 66HL4M - (V) 610-635W solar panel is an ideal choice for transitioning towards green energy. It utilizes advanced TOPCon and N-type battery technology, with outstanding light conversion efficiency and effective reduction of photo induced attenuation and potential induced attenuation, resulting in long-lasting and stable performance.

The power range of this solar panel covers 610Wp to 635Wp, with multiple power options to meet the needs of power generation projects of different scales. Whether it is a small residential rooftop photovoltaic power generation system or a large ground centralized photovoltaic power station, suitable power products can be found.

This technological combination endows 66HL4M - (V) solar panels with lower Light Induced Decay (LID) and Potential Induced Decay (LeTID). Traditional solar panels gradually decline in performance under long-term exposure to light and electric fields, but this series of products, with its advanced technology, effectively reduces such attenuation phenomena and ensures long-term stable power generation performance.

66HL4M-BDV 605-630W photovoltaic modules are suitable for various scenarios. In large-scale ground-based photovoltaic power plants, their high power and stability can convert solar energy into electricity on a large scale, providing clean power to the grid.

The 66HL4M-BDV 605-630W photovoltaic module launched by Jinko Energy Co., Ltd. has become an ideal choice for many solar energy application projects due to its advanced technology and excellent performance.

Whether it is a large-scale ground power station or a distributed photovoltaic power generation project, this component can provide users with stable and efficient power output through its excellent power generation capacity. For example, in areas with sufficient sunlight, a power generation system consisting of multiple 66HL4M-BDV components can generate a large amount of electricity every day, providing sufficient power supply for factories, commercial buildings, etc., greatly reducing dependence on traditional energy sources.