Wind & Solar

1. Industry Demand

PV, wind power and energy storage systems operate long-term outdoors under extreme temperatures, C5-M salt corrosion, continuous vibration and limited installation space. Inverter, gearbox, battery and generator temperature control directly determines power generation efficiency, equipment lifespan and operational safety. Heat exchangers require excellent weather resistance, vibration resistance, precise heat transfer and zero-leakage performance to adapt to harsh outdoor new energy scenarios and ensure stable full-cycle operation.

2. Core Working Stations

Core scenarios cover PV and wind inverter IGBT heat dissipation, wind turbine gearbox and hydraulic system cooling, energy storage battery cluster temperature control, PV combiner box cooling and wind generator precise thermal regulation. Widely applied in centralized and distributed new energy stations, it improves power generation efficiency, eliminates safety risks and reduces O&M costs.

3. Core Equipment

1. Thermowave Thermoline Semi-Welded Heat Exchanger: Core equipment for new energy inverter cooling, weather-proof, corrosion and vibration-resistant, enabling fast on-site maintenance and stable power conversion efficiency; 2. Nexson GreenBox Fully Welded Heat Exchanger: Dedicated for wind turbine nacelle systems, gasket-free and highly rigid, stabilizing gearbox oil temperature and greatly extending wind equipment service life; 3. Nexson GreenP&S Plate-and-Shell Heat Exchanger: Key equipment for energy storage thermal management, compact and high-precision, preventing battery thermal runaway and improving cycle life for containerized energy storage stations; 4. Nexson GreenSpiral Spiral Heat Exchanger: Auxiliary core equipment for PV systems, anti-fouling and low-temperature resistant, reducing combiner box failure rate and adapting to distributed PV layouts.