For wind turbine equipment, our products excel in high-altitude weather resistance and low energy consumption.From the heating series: 0.2mm-thick PI heating films attach to precision components of wind turbine pitch systems, maintaining stable heating at -40°C with 30% lower energy consumption. Silicone heating sheets cover in-cabin sensors, withstanding 1500V high-voltage shocks to adapt to wind power’s high-voltage environments.From the heat exchange series: Gravity heat pipe exchangers achieve 98% heat transfer efficiency, dissipating generator heat without additional power to meet wind energy’s energy-saving requirements.
In power systems, our products prioritize high insulation and safety reliability.From the heating series: Silicone heating sheets, with insulation resistance ≥1000MΩ and breakdown voltage up to 50kV/mm, are directly used for anti-freezing in substation outdoor terminal boxes and switchgear, eliminating leakage risks. Explosion-proof PTC heaters are suitable for flammable/explosive environments like cable trenches.From the heat exchange series: Liquid-liquid heat exchangers, made of corrosion-resistant alloys, continuously cool transformer oil to keep equipment operating within safe temperature ranges.
In PV systems, our products enhance power generation efficiency and outdoor durability as key advantages.From the heating series: Silicone heating films melt snow/ice within 3 minutes, increasing winter PV panel output by 20% and resisting UV aging for over 10 years. PI heating films embedded in inverters withstand 125°C high temperatures, ensuring stable operation of power devices.From the heat exchange series: Liquid-air heat exchangers feature anti-scaling designs, reducing PV inverter maintenance frequency and extending power generation hours.Integrated outdoor cabinets: Resist sandstorms and salt spray, suitable for PV power plants in deserts, coastal areas, and other harsh environments.
In energy storage systems, our products offer precision temperature control and system integration.From the heating series: Distributed silicone heating sheets ensure ≤2°C temperature difference between battery cells, increasing cycle life by 30%. PI heating films respond quickly, preheating batteries to operating temperature within 1 minute at -20°C.From the heat exchange series: Liquid-liquid heat exchangers achieve 95% heat exchange efficiency, rapidly dissipating battery heat to maintain the optimal 25-35°C operating range.Integrated energy storage cabinets: Combine batteries, BMS, and temperature control equipment, with modular designs supporting flexible capacity expansion from 10kWh to 1000kWh to meet diverse energy storage needs.