April 8, 2022
The company develops PVT coupled dual-source heat pump cogeneration systems, including a plurality of PVT plates, PVT cycle pumps, dual-source heat pumps, heat exchange cycle pumps, heat storage water tanks, photovoltaic controllers, inverters, electrical loads, power grids, a first temperature sensor for detecting PVT plate temperature, a second temperature sensor for detecting ambient temperature, a third temperature sensor and a microprocessor for detecting the temperature of the heat storage water tank; The first heat exchanger of the PVT plate, the PVT circulation pump and the double source heat pump is connected in turn to form the first circulation pipeline, and the second heat exchanger of the heat storage water tank, the heat exchange circulation pump and the double source heat pump is connected in turn to form the second circulation pipeline, the PVT plates, photovoltaic controllers and inverters are connected in turn, and the inverters are connected to the power load and the power grid, respectively, the first temperature sensor, the second temperature sensor, the third temperature sensor, the PVT circulation pump, the heat exchange circulation pump and the dual-source heat pump are electrically connected with the microprocessor.
