Hydropower
Hydropower stations operate long-term in humid and vapor-rich environments, requiring heat dissipation for generators, precise temperature regulation for transformer oil and waste heat recovery for plant heating. Heat exchangers must feature moisture-proof, anti-corrosion, low-noise and high-efficiency performance to ensure uninterrupted unit operation, stable temperature control and energy-saving operation of hydropower equipment.
Typical Process & Heat Exchanger Stations
Industry Overview
1. Industry Demand
Hydropower stations operate long-term in humid and vapor-rich environments, requiring heat dissipation for generators, precise temperature regulation for transformer oil and waste heat recovery for plant heating. Heat exchangers must feature moisture-proof, anti-corrosion, low-noise and high-efficiency performance to ensure uninterrupted unit operation, stable temperature control and energy-saving operation of hydropower equipment.
2. Core Working Stations
Core working scenarios include generator constant-temperature cooling, transformer oil precise temperature control, plant waste heat recovery heating and precision heat exchange for narrow auxiliary equipment spaces. Widely applied in hydropower station operation and energy-saving renovation, it stabilizes power generation, extends equipment service life and reduces station energy consumption.
3. Core Equipment
1. Nexson GreenP&S Plate-and-Shell Heat Exchanger: Core hydropower equipment, moisture-proof, anti-vibration and ultra-low noise, dedicated to generator cooling for stable continuous power generation;
2. Thermowave Thermoline Gasketed Heat Exchanger: Specialized for transformer oil cooling, oil-tight and maintainable, stabilizing optimal oil temperature and delaying equipment aging;
3. Nexson GreenSpiral Spiral Plate Heat Exchanger: Key equipment for plant heating, high-efficiency waste heat recovery and low-noise operation for long-term energy-saving station operation.
