Application Areas

Power Generation

With the increase in wind turbine power and unit capacity of solar power, the cooling method of generators, converters and inverters is gradually changing from air cooling to water cooling. The renewable energy converter water cooling equipment independently developed by Goaland adopts standard cabinet design, compact structure, Fully considering the limited installation space and various operational requirements (such as uncontrollable performance and randomness of the wind, dramatic load fluctuations of wind turbine influenced by the wind speed, all kinds of fan running load and factors of photovoltaic power generation, like environment, sand, etc). It can work with the effects of frequent cut-in and cut-out as well as vibration. Also can run under harsh environment of cold, windy and so on for long. Meanwhile, Goaland has also developed marine-type water cooling systems to meet the cooling needs of offshore wind turbines and photovoltaic power generation

Power Transmission & Distribution

In the field of transmission and distribution, the pure water cooling equipment of high-lan HVDC converter valve precisely regulates the temperature, flow rate, water quality and other indicators of cooling water. realizes the control, protection and communication functions of the system, and makes the converter valve, the core component of the HVDC transmission system, work normally, which is the basis for the stable operation of HVDC. Flexible ac transmission and distribution pure water cooling device solves the problem of efficient heat dissipation of FACTS device and at the same time meets the requirements of compactness and environmental protection. It is the most widely adopted and most advanced cooling technology in the world.

Power Utilization

Electric drives, motors, power devices and control devices, such as large motors, high power inverters, high voltage converters and other equipment, have been more and more widely used in industrial processing and manufacturing. With the increase in power, their heat dissipation becomes difficult.

Reference Projects

伟德国际体育