Wind Turbine Heating Unit
Wind Turbine Heating Unit —— A New Heating Approach
From heating with small, regionally operated coal-fired boilers to centralized heating powered by clean wind energy, we’ve achieved a transformative shift—from "coal" to "wind" as our primary heating source.
The wind-to-heat unit uses a wind turbine to drive an electromagnetic eddy current heat pump, converting mechanical energy into thermal energy. This thermal energy is then transferred via antifreeze fluid as the heat-transfer medium into the thermal storage unit. Finally, hot water is exchanged from the storage unit for space heating or domestic hot water needs.
Applications of Wind Turbine Heating Units
5kW–20kW wind-powered electromagnetic eddy current heating units, designed for remote, electricity-scarce areas with abundant wind resources. These units can provide heating for buildings with a heating area of up to 200㎡, making them ideal for applications such as border defense outposts and nomadic family homes in pastoral regions.
More economical, energy-efficient, and environmentally friendly than conventional heating methods. The unit is easy to transport and install, features a simple yet reliable design, requires minimal maintenance, and operates effortlessly—making it perfectly suited for use in ultra-low-temperature environments as low as -40°C.
Heating and bathing solutions for outposts, observation stations, herders, highway service areas, factories, mines, and other facilities—plus ideal for vegetable greenhouses, seafood farming, flower houses, and heating systems in poultry farms.
Using renewable energy produces zero carbon emissions.
Low environmental impact, with rotor heights below 40 meters—no interference with urban planning—and minimal noise.
Energy-efficient and cost-effective, it delivers lower heating costs while achieving over 30% higher heating efficiency compared to conventional electric heating systems.
As long as there's wind, it operates independently of electricity demand—perfect for areas with weak power grids or off-grid regions, providing reliable heat.