85KW Power Electronics Water Cooling System
The 85KW Power Electronics Water Cooling System is a high-performance liquid cooling solution engineered to provide stable thermal management for modern renewable energy systems. As wind and solar installations continue to increase in power density and operational duration, effective cooling of power electronics components has become essential. This water cooling system delivers reliable and efficient heat dissipation to support continuous operation under demanding environmental conditions.
Key Features
- Designed for Power Electronics Applications
Optimized cooling solution for high power density power electronics used in wind and solar energy systems.
- 85KW High Heat Dissipation Performance
Delivers stable and efficient cooling with a rated capacity of 85KW, ensuring continuous operation under heavy load.
- Closed Loop Water Cooling System
Sealed circulation design improves cooling efficiency, reduces maintenance requirements, and enhances system reliability.
- High Efficiency Heat Exchange Technology
Advanced heat exchanger enables fast and uniform heat transfer for critical power electronics components.
- Reliable and Energy Efficient Operation
Engineered for long service life with optimized energy consumption, suitable for global new energy 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
| Parameter |
Value |
| Storage environment relative humidity |
≤95% |
| Operating environment temperature |
-40℃~40℃ |
| Operating environment relative humidity |
≤95% |
| Altitude |
≤3000m |
| Power supply |
AC380V ±10%, 50 ±1Hz |
Applications
Ideal for heat dissipation in frequency converters, inverters, generators, and rectifiers within wind power generation and photovoltaic power generation systems.
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