Hot-pressing solar air conditioner

The invention relates to a hot-pressing solar air conditioner and belongs to the field of photoelectric integration. A structural principle of the hot-pressing solar air conditioner is shown as figures 1, 2, 3 and 4. The overall system of the hot-pressing solar air conditioner consists of a hot-pressing solar compressor, an outdoor unit and an indoor unit. The core part of the hot-pressing solar air conditioner comprises a hot-pressing solar air conditioner compressor and a sealing heat preservation type energy storage device 36. When the hot-pressing solar air conditioner runs, a condensing mirror 1 focuses sunlight on bullseyes of a first pressure container 6 and a second pressure container 16 which do cyclic motion at focuses by regulating a first sun tracking regulator 2 and a second sun tracking regulator 11 for heating, so that pressure difference is generated among the first pressure container 6, the second pressure container 16 and an evaporator 26; high-temperature and high-pressure ammonia refrigerant (R17) enters a condenser 24 from the first pressure container 6 and the second pressure container 16, is subjected to heat dissipation by a heat dissipation fan 25 of the condenser and enters the evaporator 26 placed in the energy storage device 36 in a throttling mode through a capillary tube 23 for gasification; the evaporator 26 is cooled; cold energy is stored in a phase-change energy storage agent 30; and when the hot-pressing solar air conditioner is used, chilled water is conveyed to the indoor unit and exchanges heat with indoor air after exchanging heat with an energy storage heat exchanger 31 of the energy storage device 36, so that the indoor air is cooled, and a refrigerating effect is achieved.