Wind Turbine Cold and Thermal Unit
Wind Turbine Cold and Thermal Unit
The Wind Turbine Cold and Thermal Unit builds on conventional wind turbine technology by integrating a screw compressor, which is directly driven via a high-speed gearbox. This innovative design enables the unit to simultaneously provide cooling, heating, and electricity generation—while delivering higher efficiency and greater energy savings. When paired with a ground-source heat pump, it can effectively meet the cooling and heating needs of communities, factories, and other facilities. Additionally, the system can easily accommodate applications such as steam production or ice-making. And when there’s no demand for cooling or heating, the unit can generate electricity for on-site use or even sell excess power back to the grid.
60kW–600kW Wind Turbine Cold and Thermal Unit: Provides cooling in summer and heating in winter, with the capability to generate electricity simultaneously when cooling or heating is not required. The system uses screw compressors powered by air-source and geothermal energy, achieving a COP (Coefficient of Performance) as high as 4–5, and operates efficiently in ambient temperatures ranging from -20°C to 40°C. Ideal for off-grid or power-scarce areas, this unit delivers integrated cooling, heating, and power solutions, making it perfect for applications like industrial parks, residential communities, and factories where demand for all three services is critical.
It can operate off-grid in areas with no or limited electricity.
Wind turbine direct-drive systems offer higher efficiency in heating, cooling, and power generation.
Achieving simultaneous supply of cooling, heating, and electricity independent of power grid availability and electrical load.
In islands, mountainous regions, and remote areas, combined cooling, heating, and power generation can be achieved without the need for fuel supply.