PV Panels

1. Industry Demand

PV system operation includes inverter heat dissipation, energy storage cooling and PV panel temperature regulation. Equipment operates continuously outdoors under extreme temperature changes, solar radiation, wind, rain and sand erosion. High temperature causes power generation attenuation and thermal runaway risks. Heat exchangers require excellent weather resistance, compact structure and stable heat transfer performance to ensure power generation efficiency and long-term safe operation of PV and energy storage systems.

2. Core Working Stations

Core scenarios cover PV inverter constant-temperature heat dissipation, battery energy storage safety cooling, PV panel temperature reduction and efficiency improvement, and heavy-duty heat exchange for extreme outdoor conditions. Widely applied in centralized and distributed PV stations with supporting energy storage, it enhances power generation efficiency and guarantees system operational safety.

3. Core Equipment

1. Nexson GreenP&S Plate-and-Shell Heat Exchanger: Core equipment for energy storage systems, weather-resistant and vibration-proof, providing precise battery temperature control and thermal runaway prevention for embedded cabinet installation; 2. Thermowave Thermoline Semi-Welded Heat Exchanger: Specialized for PV inverter cooling, wide-temperature tolerant and dust-proof, maintaining optimal inverter temperature and stable power conversion efficiency; 3. Nexson GreenSpiral Spiral Heat Exchanger: Dedicated for PV panel cooling, lightweight and anti-fouling, reducing panel temperature and effectively improving overall power generation efficiency; 4. Nexson GreenBox Fully Welded Heat Exchanger: Auxiliary reinforcement equipment for extreme working conditions, high-efficiency and leak-free, supporting heavy-duty cooling for high-power inverters and large-scale energy storage stations.