85KW Water Cooling System for Power Transmission and Transformation
This advanced 85KW water cooling system is specifically engineered for new energy wind and solar power generation applications, providing reliable thermal management for critical power transmission and transformation equipment.
Application Scenarios
This 85KW Water Cooling System is designed for diverse new energy installations including wind turbine power transmission systems, solar power station substations, and energy conversion units. It effectively cools power transmission and transformation equipment such as step-up transformers, inverters, rectifiers, and electrical cabinets.
The system supports both centralized and distributed power architectures with flexible configuration options for integration into onshore and offshore wind power projects, utility-scale solar farms, and hybrid renewable energy systems, making it ideal for global power transmission infrastructure.
Key Features
- Modular design with exhaust and drain valves for simplified maintenance
- Comprehensive system includes main circulating pump, electric three-way valve, filter, heater, expansion tank, and air cooler
- Advanced temperature and pressure monitoring with independent operation capability
- Remote control support via terminal and serial port communication
- Constructed with stainless steel, aluminum alloy, and EPDM materials for superior corrosion resistance
- Engineered for harsh environments including cold, wind/sand, and salt fog conditions
- Special corrosion protection solutions for offshore and marine platform applications
Technical Specifications
| Parameter |
Value |
| Heat dissipation power range |
10-200kW |
| Cooling medium flow range |
3-20m³/h |
| Temperature difference (inlet vs ambient) |
≥5℃ |
| Cooling medium |
Pure water and ethylene glycol antifreeze |
| Antifreeze concentration |
0-55% |
| System static pressure |
0.15MPa |
| Design pressure |
0.8MPa |
Operating Conditions
| Operating Condition |
Specification |
| Ambient Temperature Range |
Minus 20 to 45 degrees Celsius |
| Relative Humidity |
Up to 95 percent non-condensing |
| Altitude |
Up to 2000 meters above sea level |
| Continuous Operation Mode |
24 hours per day, 7 days per week |
| Installation Environment |
Indoor electrical room or protected outdoor enclosure |
Applications
Ideal for heat dissipation in frequency converters, inverters, generators, and rectifiers within wind power generation and photovoltaic power generation systems.