Energy-saving air conditioner converted from green energy

An energy-saving air conditioner converted from green energy, including:

• a light and heat composite energy-collecting corrugated panel, arranged on a building, wherein the light and heat composite energy-collecting corrugated panel has a corrugated panel and a plurality of solar cells on the surface of the corrugated panel for converting solar energy into electrical energy and storing the electrical energy in a solar power supply system to provide a first electrical energy, the bottom of the corrugated panel is provided with a plurality of heat collecting tubes, the outer end of each heat collecting tube has an air inlet;
• a heated air collecting tube connected to the inner end of each heat collecting tube for collecting the heated air of each heat collecting tube, then forming a first heat source;
• a heat pump, which is powered by the first electrical energy, wherein the heat pump has one end connected to the first heat source, and the other end sends the heated air to a heat exchanger to heat an underground thermal insulation hot water storage tank, then the water stored in the underground thermal insulation hot water storage tank is heated;
• a first water pump, which is powered by the first electrical energy, for delivering the hot water in the underground thermal insulation hot water storage tank to a DC heating steam nozzle, and the power required by the DC heating steam nozzle is provided by the first electrical energy;
• a steam turbine engine connected to the DC heating steam nozzle, is driven by steam to generate a second electrical energy;
• a vacuum venturi tube connected to the steam turbine engine with an input pipe, so that the residual steam generated by the steam turbine engine passes through the vacuum venturi tube and is sent to the atmosphere through an output pipe;
• an atomizer, which is powered by the first electrical energy, the atomizer is a closed container, the upper end of the atomizer is connected to the vacuum venturi tube to generate a vacuum force, and the other end is provided with an air input pipe to introduce external air into the atomizer;
• a second water pump, which is powered by the first electrical energy, for supplying an external water source into the atomizer through a first water pipe for atomization, then through a second water pipe entering the internal circulation of the atomizer;
• and
• a vacuum atomization refrigeration heat exchanger, wherein the vacuum atomization refrigeration heat exchanger atomizes the input water into fine molecules in the atomizer by using the external air, and uses the vacuum venturi tube to generate vacuum force on the atomizer to make a low temperature zone, whereby the second water pipe enters the atomizer circulation and forms a cold water flow out;
• wherein the light and heat composite energy-collecting corrugated panel absorbs the light and heat of the sun respectively during the day, and simultaneously obtains the first electric energy and heat source, and uses the first electric energy to supply the required electric energy of the above-mentioned heat pump, the first water pump, the second water pump, the DC heating steam nozzle and the atomizer.