摘要:
A cooling/heating apparatus using a cogeneration system is disclosed. The cooling/heating apparatus includes a discharge-side refrigerant heating unit (70) which supplies heat of exhaust gas generated from an engine (50) to a discharge-side refrigerant line (67) connected to a compressor (61) included in a cooling/heating unit (60), a suction-side refrigerant heating unit (80) which supplies heat of cooling water used to cool the engine (50) and the heat of the exhaust gas to a suction-side refrigerant line (66) connected to the compressor (61), a discharge-side refrigerant temperature sensor (75) which senses a temperature of a refrigerant passing through the discharge-side refrigerant line (67), and a bypass unit (76) which bypasses the exhaust gas heat supplied to the discharge-side refrigerant line (67) via the discharge-side refrigerant heating unit (70) when the refrigerant temperature sensed by the discharge-side refrigerant temperature sensor (75) is not lower than a predetermined temperature, to cut off the supply of the exhaust gas heat or to adjust an amount of the supplied exhaust gas heat. The exhaust gas heat and cooling water heat are appropriately distributed to both the suction and discharge sides of the compressor, so that it is possible to achieve an enhancement in heating performance and an enhancement in system efficiency.
摘要:
An electricity generating and air conditioning system including a first generator coupled to the output shaft of the engine to generate electricity, a turbo charger to be operated by exhaust gas discharged from the engine, and thus, to enhance the power of the engine, and a second generator coupled to the turbo charger to generate electricity, so that it is possible to achieve an enhancement in energy efficiency.
摘要:
An electricity generating and air conditioning system including an engine (2), a generator (10) connected to an output shaft of the engine to generate electricity, an air conditioner (20), which uses the electricity generated from the generator and includes a compressor (12), an indoor heat exchanger (14), an outdoor heat exchanger (18), and an expansion device (16), and an exhaust gas waste heat recovering device (30) to recover heat of exhaust gas discharged from the engine and to transfer the recovered heat to a refrigerant passing through a discharge line of the compressor. The electricity generating and air conditioning system has an advantage in that an enhancement in heating performance is achieved.
摘要:
A cogeneration system including an engine (50), which drives a generator (52) to generate electricity, a cooling/heating unit (60) including a heat pump type refrigerant cycle to circulate a refrigerant through at least one compressor (61), a four-way valve (62), a first outdoor heat exchanger (63), a first expansion device (64), and an indoor heat exchanger (65), in this order, during a cooling operation of the cogeneration system, and a waste heat consuming heating unit (70) including a refrigerant cycle to circulate the refrigerant through the compressor (61), the four-way valve (62), the indoor heat exchanger (65), a second expansion device (71), and a second outdoor heat exchanger (73) to be heated by waste heat of the engine (50), in this order, during a heating operation of the cogeneration system. In accordance with the cogeneration system, it is possible to maximize utilization of engine waste heat during the heating operation and to achieve an enhancement in heating performance.
摘要:
An electricity generating and air conditioning system with a dehumidifier. The system includes an engine (2), a generator (10) connected to an output shaft of the engine to generate electricity, a dehumidifying agent body (50) to dehumidify indoor air, a regeneration heater (60) to regenerate the dehumidifying agent body, and a waste heat recoverer means (80) to supply waste heat of the engine to the regeneration heater, and thus, to allow the regeneration heater to use the supplied waste heat as a heat source for the regeneration of the dehumidifying agent body, so that the system exhibits maximal efficiency.
摘要:
An electricity generating and air conditioning system including an engine (2), a generator (10) connected to an output shaft of the engine to generate electricity, an air conditioner (20), which uses the electricity generated from the generator and includes a compressor (12), an indoor heat exchanger (14), an outdoor heat exchanger (18), and an expansion device (16), and an exhaust gas waste heat recovering device (30) to recover heat of exhaust gas discharged from the engine and to transfer the recovered heat to a refrigerant passing through a discharge line of the compressor. The electricity generating and air conditioning system has an advantage in that an enhancement in heating performance is achieved.
摘要:
A cogeneration system including an engine (2), a generator (10) connected to an output shaft of the engine to generate electricity, and a waste heat recovering means (40) to recover waste heat of the generator and to transfer the recovered waste heat to a heat consumer (20). Since waste heat of the generator is supplied to the heat consumer, the cogeneration system exhibits a high energy efficiency while achieving release of heat from the generator.
摘要:
A cogeneration system and a method for controlling the cogeneration system in which waste heat of an engine (2) is mainly used to prevent an outdoor heat exchanger (25) from being frosted, or is used not only to prevent the outdoor heat exchanger from being frosted, but also to enhance the heating performance of an indoor heat exchanger (23), in accordance with ambient temperature conditions, so that the cogeneration system can positively cope with ambient temperature conditions, and can exhibit a high energy efficiency.
摘要:
An electricity generating and air conditioning system with a water heater. The system includes an engine (2), a generator (10) connected to an output shaft of the engine (2) to generate electricity, a heat pump type air conditioner (40), which uses the electricity generated from the generator, and comprises a compressor (41), a directional valve (42), an outdoor heat exchanger (45), an expansion device (44), and an indoor heat exchanger (43), a water-heating heat exchanger (60) to heat water, and a waste heat recoverer (80) to supply waste heat of the engine (2) to the heat pump type air conditioner (40) or to the water-heating heat exchanger (60), so that the system exhibits a high energy efficiency.