Hybrid Wind-Solar Heating System

This heat pump system is an integrated smart energy solution combining wind power, solar power, and thermal power generation with high-efficiency heat pump technology. Its main core components are wind turbine, PVT solar panels, air source heat pump and wind-solar hybrid inverter.

The PVT solar panels are an upgraded version of ordinary photovoltaic panels. They can convert electricity and recover heat energy simultaneously, eliminating the waste heat of traditional photovoltaic panels and solving the problem of lower power generation efficiency as solar panels get hotter, resulting in higher energy utilization efficiency. It easily achieves dual conversion of "photovoltaic + solar thermal," solving the problems of waste heat waste and high-temperature inefficiency of traditional photovoltaic panels, while providing a stable heat source for the heat pump.

The wind turbine, as another power source, has the advantage of starting at low wind speeds, converting wind energy into electricity, and providing stable power support for the system when sunlight is insufficient. The air source heat pump is responsible for providing heating and domestic hot water. The heat pump system is intelligently controlled through the integrated inverter control unit, significantly improving energy utilization efficiency.

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Wind Turbine + PVT + Heat Pump System
Item	Qty	Specification	Remarks
PVT Solar Panel	7 pcs	600W*7 pcs, total 4.2kW	Size: 2172130335mm
Wind Turbine	2 unit	2kW rated power	Horizontal/Vertical optional
Wind-Solar Hybrid Inverter	1 unit	8kW rated power
Heat Pump	1 unit	8P	Operating temp: -20~65°C
Water Tank	1 unit	300L capacity, max 80℃	stainless steel inner tank
Applicable area: 100-150 m²
Kindly Reminder The above system configurations are for reference only. We will design the system solution based on your installation conditions and actual requirements.

This heat pump system is a multi-energy complementary system, completely breaking the limitations of traditional single-device systems. It boasts strong scenario adaptability and a wide range of applications, making it an ideal choice for achieving distributed green energy use.

Whether it's an urban apartment building or a rural self-built house, installing one system on the roof can meet the energy needs of the entire family. The wind turbine and PVT solar panels complement each other, achieving self-sufficiency in domestic hot water, heating, and daily electricity consumption, significantly reducing household electricity bills—green and economical.

Hotels, schools, hospitals, and other places with high demands for hot water and heating can install this system to ensure a stable energy supply and effectively reduce operating costs.

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Compared to single-energy devices, this heat pump system combines reliability and economy. The wind turbine and PVT solar panels form a wind solar hybrid system. When sunlight is good, the PVT solar panels is used; when wind is strong, the wind turbine takes advantage. Combined with the high-efficiency conversion of the heat pump, the overall energy utilization rate is greatly improved.

Wind turbines can start at low wind speeds, and PVT solar panels have auxiliary heat dissipation functions, which to some extent solves the industry pain points of inefficiency at high temperatures and degradation at low temperatures. The entire system can operate stably at extreme low temperatures of -35℃, ensuring that winter heating is not affected.

Both PVT solar panels and small wind turbines can be installed on rooftops without occupying additional space, offering flexible installation options. All equipment is easy to maintain and has a long service life. Furthermore, it effectively reduces users' dependence on the power grid, enabling green electricity self-consumption.

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