NOVELTY - A solar energy secondary source heat source tower heat pump integrated device, comprises a closed working medium cool and heat source tower, a heat pump reverse Carnot cycle system, and a moist heat source condensed water separating unit; where the closed working medium cool and heat source tower comprises an enclosure negative pressure air inlet grid, a cool and heat source heat-exchanger, a variable air volume circulating device, and a rhombic vapor separator; and the enclosure negative pressure air inlet grid is located on the enclosure external maintenance structure.    USE - The solar energy secondary source heat source tower heat pump integrated device is useful for household air-conditioning under the climatic environment in the high temperature and high humidity summer and low temperature and high humidity winter.    ADVANTAGE - The solar energy secondary source heat source tower heat pump integrated device can achieve the household air conditioning small temperature difference heat transmission to get energy source from the air. Moreover, it can achieve air conditioner hot water generation without boiler, electro-auxiliary terminal, and carbon-discharge.    DETAILED DESCRIPTION - A solar energy secondary source heat source tower heat pump integrated device, comprises a closed working medium cool and heat source tower, a heat pump reverse Carnot cycle system, and a moist heat source condensed water separating unit; where the closed working medium cool and heat source tower comprises an enclosure negative pressure air inlet grid, a cool and heat source heat-exchanger, a variable air volume circulating device, and a rhombic vapor separator; the enclosure negative pressure air inlet grid is located on the enclosure external maintenance structure; the cool and heat source heat-exchanger is located at the middle upper parts in the internal maintenance structure, and the upper end is communicated with the variable air volume circulating device, and the lower end is communicated with the enclosure negative pressure air inlet grid, a spray thrower assembly and a defrosting tray device; the variable air volume circulating device is located at the upper part of the enclosure internal maintenance structure; the top end is communicated with the rhombic vapor separator, and the lower end is communicated with the cool and heat source heat-exchanger; the rhombic vapor separator is positioned at the top part of the enclosure external maintenance structure; the top end is communicated with the atmosphere, while the lower end is communicated with the variable air volume circulating device; the heat pump reverse Carnot cycle system comprises a heat pump compressor, a hot water heater, a medium heater, a four-way change valve, an air conditioning heater, a separation cooler, a heating expansion valve, and a coiler evaporator; the exhaust port of the heat pump compressor is connected with the working medium air inlet of the hot water heater through a pipeline, and the working medium air outlet of the hot water heater is connected with the working medium air inlet of the medium heater through a pipeline; the working medium air outlet of the medium heater is connected with the air inlet of the four-way change valve through the pipeline; the air outlet of the four-way change valve is connected with the working medium air inlet of the air conditioning heater through the pipeline; the working medium fluid outlet of air conditioning heater is connected with the fluid inlet of the separation cooler through the pipeline mounted with single valve I, and the fluid outlet of the separation cooler is connected with the fluid inlet of the heating expansion valve through the pipeline mounted with a filter and a single valve II; the fluid outlet of the heating expansion valve is connected with the fluid inlet of the coiler evaporator through the pipeline and the liquid separator; the vapor outlet of the coiler evaporator is linked with the vapor inlet of the four-way change valve through the pipeline mounted with a single valve III, while the vapor outlet of the four-way change valve is connected with the vapor inlet of the separation cooler through the pipeline; the vapor outlet of the separation cooler is connected with the vapor sucking mouth of the heat pump compressor through the pipeline; the moist heat source condensed water separating unit comprises a high pressure circulating pump, a medium heater, a multi-medium filter, a polymeric membrane separating tube, a negative temperature sprayer, a condensed water separating tray, and a medium buffer tank which are shared with the heat pump reverse Carnot cycle system; the liquid outlet of the high pressure circulating pump is connected with the liquid inlet of the medium heater through a pipeline; the fluid outlet of the medium heater is connected with the fluid inlet of the multi-medium filter through the pipeline mounted with a valve I; the fluid outlet of the multi-medium filter is connected with the fluid inlet of the polymeric membrane separating tube through the pipeline mounted with a valve II; the fluid outlet of the polymeric membrane separating tube is connected with the negative temperature sprayer through the pipeline mounted with a valve III, a solenoid valve III, a single valve IV, and the water outlet of the polymeric membrane separating tube is connected with the waterspout of the machine set through the pipeline; the lower end of the negative temperature sprayer is communicated with the condensed water separating tray; the fluid outlet of the condensed water separating tray is connected with the fluid inlet of the medium buffer tank through the pipeline mounted with a solenoid valve II; the discharge pipeline of the condensed water which is connected with the condensed water separating tray is mounted with a solenoid valve I; and the fluid outlet of the medium buffer tank is connected with the fluid inlet of the high pressure circulating pump through the pipeline.    DESCRIPTION OF DRAWING(S) - The drawing shows a sectional view of the solar energy secondary source heat source tower heat pump integrated device.