The invention provides an
air conditioning system for a
hybrid power vehicle. The
air conditioning system for the
hybrid power vehicle comprises a motor compressor, a condenser, a
receiver-drier, an expansion device, an
evaporator, a heater, a blower, an
air conditioning control module, an in-vehicle temperature sensor and an air conditioning switch, wherein the air conditioning control module is connected with a
field bus, and used for controlling working states of the motor compressor and the heater; the in-vehicle temperature sensor is connected with the air conditioning control module and used for measuring in-vehicle temperature and supplying the measured temperature to the air conditioning control module; the air conditioning switch comprises a
refrigeration switch and a heating switch, both the
refrigeration switch and the heating switch are electrically connected with the air conditioning control module and respectively used for sending
refrigeration and heating request signals after being triggered, and then the air conditioning module at least combines in-vehicle temperature to determine the working state of the motor compressor and the heater. The air conditioning
system for the
hybrid power vehicle has the advantages that a constant
temperature function which is not possessed by a traditional vehicle manual air conditioning system is achieved,
frequency conversion performance is possessed, energy is saved, and fuel saving ratio is improved.