Abstract:
An air conditioning system (100) for a vehicle and a vehicle having the same are provided. The air conditioning system (100) includes: a compressor(1), having a compressor inlet (11) and a compressor outlet (12); a first plate heat exchanger (2), including a pair of first inlet (21) and first outlet (22), and a pair of second inlet (23) and second outlet (24); a heat radiator (3), connected between the second inlet (23) and the second outlet (24); an external air heat exchanger (72), disposed downstream of the first plate heat exchanger (2); a second plate heat exchanger (71), including a pair of third inlet (711) and third outlet (712), and a pair of fourth inlet (713) and fourth outlet (714); a motor radiator (74), connected between the fourth inlet (713) and the fourth outlet (714); a first throttle control assembly, disposed between the first outlet (22) and an inlet (721) of the external air heat exchanger (72); and an internal refrigeration assembly disposed between the compressor inlet (11) and an outlet (722) of the external air heat exchanger (72). The air conditioning system (100) for the vehicle shows a low power consumption, which can increase an endurance mileage of an electric vehicle and a hybrid vehicle.
Abstract:
An air conditioning system (100) for a vehicle and a vehicle having same are provided. The air conditioning system (100) includes: a compressor (1), including a compressor inlet (12) and a compressor outlet (12); a first plate heat exchanger (2), including a pair of first inlet (21) and first outlet (22), and a pair of second inlet (23) and second outlet (24); a heat radiator (3), connected between the second inlet (23) and the second outlet (24), disposed inside the vehicle; a second plate heat exchanger (71), including a pair of third inlet (711) and third outlet (712), and a pair of fourth inlet (713) and fourth outlet (714), and disposed downstream of the first plate heat exchanger (2); an external air heat exchanger (72), disposed outside of the vehicle, connected between the fourth inlet (713) and the fourth outlet (714); a first throttle control assembly (5), disposed between the first outlet (22) and the third inlet (711); and an internal refrigeration assembly (9), disposed between the compressor inlet (11) and the third outlet (712). And provided a vehicle comprising the air conditioning system (100). The air conditioning system (100) for the vehicle solves some problems existing in the prior art and caused by the direction switching of the refrigerant, such as a cooling or heating delay of, and a poor comfort, and also, the air conditioning system (100) for the vehicle shows a low power consumption.
Abstract:
Disclosed are an air conditioning system (100) for a vehicle and a vehicle having same. An air conditioning system (100) includes: a compressor (1), having a compressor inlet (11) and a compressor outlet (12); a first plate heat exchanger (2), having a pair of first inlet (21) and first outlet (22), and a pair of second inlet (23) and second outlet (24); a heat radiator (3), connected between the second inlet and the second outlet; an external air heat exchanger (72), disposed downstream of the first plate heat exchanger; a second plate heat exchanger (71), including a pair of third inlet (711) and third outlet (712), and a pair of fourth inlet (713) and fourth outlet (714); a motor radiator (74), connected between the fourth inlet and the fourth outlet; a first throttle control assembly (5), disposed between the first outlet and an inlet of the external air heat exchanger; and an internal refrigeration assembly, disposed between the compressor inlet and the third outlet.
Abstract:
An air conditioning system (100) for a vehicle and a vehicle having same are provided. The air conditioning system (100) includes: a compressor (1), including a compressor inlet (11) and a compressor outlet (72); a first plate heat exchanger (2), including a pair of first inlet (21)and first outlet (22), and a pair of second inlet (23) and second outlet (24); a heat radiator (3), connected between the second inlet (23) and the second outlet (24), and disposed inside the vehicle: an external air heat exchanger (7), disposed downstream of the first plate heat exchanger (2); a first throttle control assembly, disposed between the first outlet (22) and an inlet (71) of the external air heat exchanger (7); and an internal refrigeration assembly, configured to selectively cool the air inside the vehicle, and disposed between the compressor inlet (11) and an outlet (72) of the external air heat exchanger (7).
Abstract:
An oil return device and a scroll compressor are provided. The oil return device comprises: a shell (100); a fixed scroll (200) defining a first end surface and a second end surface, in which the first end surface is fixedly connected to an inner end surface of the shell (100), the fixed scroll (200) has an oil passage (240) formed in the first end surface thereof, and the oil passage (240) defines a first end formed with an oil return passage (260) extending through the fixed scroll (200); an orbiting scroll (300) defining a first end surface engaged with the second end surface of the fixed scroll (200); and an end cover (800) having an oil storage chamber (810) communicated with the oil return passage (260).
Abstract:
An oil-gas separation device and a scroll compressor are provided. The oil-gas separation device comprises: a shell (100); a fixed scroll (200) defining a first end surface and a second end surface, in which the first end surface of the fixed scroll (200) is fixedly connected to an inner end surface of the shell (100); an orbiting scroll (300) engaged with the second end surface of the fixed scroll (200); and a sealing chamber (400) defined between the shell (100) and the fixed scroll (200), and including a gas exhaust chamber (410) and an oil-gas separation chamber (420) communicated with the gas exhaust chamber (410), in which the oil-gas separation chamber (420) includes a first oil-gas separation groove (220) formed in the first end surface of the fixed scroll (200) and including a straight groove (221) and a curved groove (222).
Abstract:
This disclosure discloses a heat pump air-conditioning system and an electric vehicle. The heat pump air-conditioning system includes: an indoor condenser, an indoor evaporator, a compressor, and an outdoor heat exchanger, where an outlet of the compressor is in communication with an inlet of the indoor condenser, an outlet of the indoor condenser is in communication with an inlet of the outdoor heat exchanger selectively through a first throttle branch or a first through-flow branch, an outlet of the outdoor heat exchanger, selectively through a second throttle branch or a second through-flow branch, is in communication with a first end of a first branch that is selectively open or closed and is in communication with a first end of a second branch that is selectively open or closed, a second end of the first branch is in communication with an inlet of the compressor, a second end of the second branch is in communication with an inlet of the indoor evaporator, and an outlet of the indoor evaporator is in communication with the inlet of the compressor. Therefore, effects, such as improving heating energy efficiency, satisfying regulatory requirements for defrosting and defogging, and facilitating installation, can be achieved.
Abstract:
An air conditioning system (100) for a vehicle and a vehicle having same are provided. The air conditioning system (100) includes: a compressor (1), including a compressor inlet (11) and a compressor outlet (72); a first plate heat exchanger (2), including a pair of first inlet (21) and first outlet (22), and a pair of second inlet (23) and second outlet (24); a heat radiator (3), connected between the second inlet (23) and the second outlet (24), and disposed inside the vehicle: an external air heat exchanger (7), disposed downstream of the first plate heat exchanger (2); a first throttle control assembly, disposed between the first outlet (22) and an inlet (71) of the external air heat exchanger (7); and an internal refrigeration assembly, configured to selectively cool the air inside the vehicle, and disposed between the compressor inlet (11) and an outlet (72) of the external air heat exchanger (7).
Abstract:
Disclosed are an air conditioning system (100) for a vehicle and a vehicle having same. An air conditioning system (100) includes: a compressor (1), having a compressor inlet (11) and a compressor outlet (12); a first plate heat exchanger (2), having a pair of first inlet (21) and first outlet (22), and a pair of second inlet (23) and second outlet (24); a heat radiator (3), connected between the second inlet and the second outlet; an external air heat exchanger (72), disposed downstream of the first plate heat exchanger; a second plate heat exchanger (71), including a pair of third inlet (711) and third outlet (712), and a pair of fourth inlet (713) and fourth outlet (714); a motor radiator (74), connected between the fourth inlet and the fourth outlet; a first throttle control assembly (5), disposed between the first outlet and an inlet of the external air heat exchanger; and an internal refrigeration assembly, disposed between the compressor inlet and the third outlet.
Abstract:
This disclosure discloses a heat pump air-conditioning system and an electric vehicle. The system includes: an indoor condenser, an indoor evaporator, a compressor, and an outdoor heat exchanger, where an outlet of the compressor is in communication with an inlet of the indoor condenser, an outlet of the indoor condenser is in communication with an inlet of the outdoor heat exchanger through a first throttle branch or a first through-flow branch, an outlet of the outdoor heat exchanger, through a second throttle branch or a second through-flow branch, is in communication with a first end of a first branch that is open or closed and is in communication with a first end of a second branch that is open or closed, a second end of the first branch is in communication with an inlet of the compressor, a second end of the second branch is in communication with an inlet of the indoor evaporator, an outlet of the indoor evaporator is in communication with the inlet of the compressor, the outlet of the indoor condenser is in communication with the inlet of the compressor through a third throttle branch that is open or closed, and an outlet of the outdoor heat exchanger is in communication with the inlet of the compressor through a fourth throttle branch that is open or closed. Therefore, effects such as improving energy consumption, satisfying regulatory requirements for defrosting and defogging, and facilitating installation can be achieved.