Thermal management system

A thermal management system comprising:

• a heat pump cycle including a compressor configured to compress and discharge a refrigerant, a condenser configured to condense the refrigerant discharged from the compressor, a decompression unit configured to decompress the refrigerant flowing out of the condenser, and a chiller configured to exchange heat between the refrigerant decompressed by the decompression unit and a heat medium to evaporate the refrigerant;
• a low-temperature side heat medium circuit through which the heat medium cooled by the chiller circulates;
• and
• a controller, wherein
• the low-temperature side heat medium circuit includes:
• a first circuit having a first heat exchange unit configured to cool a first temperature adjustment target by heat exchange between the heat medium cooled by the chiller and the first temperature adjustment target associated with a predetermined first temperature zone, the first circuit being configured to circulate the heat medium via the chiller and the first heat exchange unit;
• a second circuit having a second heat exchange unit configured to exchange heat between a second temperature adjustment target associated with a second temperature zone higher than the first temperature zone and the heat medium cooled by the chiller, the second circuit being configured to circulate the heat medium via the second heat exchange unit;
• a coupling part configured to connect the first circuit and the second circuit and to flow in and out of the heat medium;
• and
• a flow rate adjustment part configured to adjust a flow rate of the heat medium flowing in and out between the first circuit and the second circuit,
• the controller is configured to control an operation of the flow rate adjustment part and to adjust the flow rate of the heat medium in the coupling part, to make a temperature zone of the heat medium flowing through the first circuit and a temperature zone of the heat medium flowing through the second circuit have respective values,
• the first temperature adjustment target is outside air,
• the first heat exchange unit is an outside air heat exchanger that exchanges heat between the heat medium cooled by the chiller and the outside air,
• the second temperature adjustment target is a heat generating equipment that generates heat when being operated, and
• the second heat exchange unit is an equipment heat exchange unit that exchanges heat between the heat medium cooled by the chiller and the heat generating equipment to adjust a temperature of the heat generating equipment.

A thermal management system comprising:

• a heat pump cycle including a compressor configured to compress and discharge a refrigerant, a condenser configured to condense the refrigerant discharged from the compressor, a decompression unit configured to decompress the refrigerant flowing out of the condenser, and a chiller configured to exchange heat between the refrigerant decompressed by the decompression unit and a heat medium to evaporate the refrigerant;
• a low-temperature side heat medium circuit through which the heat medium cooled by the chiller circulates;
• and
• a controller, wherein
• the low-temperature side heat medium circuit includes:
• a first circuit having a first heat exchange unit configured to cool a first temperature adjustment target by heat exchange between the heat medium cooled by the chiller and the first temperature adjustment target associated with a predetermined first temperature zone, the first circuit being configured to circulate the heat medium via the chiller and the first heat exchange unit;
• a second circuit having a second heat exchange unit configured to exchange heat between a second temperature adjustment target associated with a second temperature zone higher than the first temperature zone and the heat medium cooled by the chiller, the second circuit being configured to circulate the heat medium via the second heat exchange unit;
• a coupling part configured to connect the first circuit and the second circuit and to flow in and out of the heat medium;
• and
• a flow rate adjustment part configured to adjust a flow rate of the heat medium flowing in and out between the first circuit and the second circuit,
• the controller is configured to control an operation of the flow rate adjustment part and to adjust the flow rate of the heat medium in the coupling part, to make a temperature zone of the heat medium flowing through the first circuit and a temperature zone of the heat medium flowing through the second circuit have respective values,
• the low-temperature side heat medium circuit includes:
• a third circuit having a third heat exchange unit configured to exchange heat between a third temperature adjustment target associated with a third temperature zone higher than the first temperature zone and the heat medium cooled by the chiller, and a low-temperature side pump configured to pump the heat medium and to flow through the third heat exchange unit, the third circuit being configured to allow the heat medium to circulate via the third heat exchange unit and the low-temperature side pump;
• a low-temperature side coupling part configured to connect the first circuit and the third circuit and to flow in and out the heat medium;
• and
• a low-temperature side flow rate adjustment part configured to adjusts, in the low-temperature side coupling part, a flow rate of the heat medium flowing in and out between the first circuit and the third circuit, and
• the controller is configured to control an operation of the low-temperature side flow rate adjustment part and to cause a part of the heat medium flowing through the first circuit to flow into the third circuit via the low-temperature side coupling part, so as to bring a temperature zone of the heat medium flowing through the first circuit close to the first temperature zone and bring a temperature zone of the heat medium flowing through the third circuit close to the third temperature zone, respectively.

A thermal management system comprising:

• a heat pump cycle including a compressor configured to compress and discharge a refrigerant, a condenser configured to condense the refrigerant discharged from the compressor, a decompression unit configured to decompress the refrigerant flowing out of the condenser, and a chiller configured to exchange heat between the refrigerant decompressed by the decompression unit and a heat medium to evaporate the refrigerant;
• a low-temperature side heat medium circuit through which the heat medium cooled by the chiller circulates;
• a high-temperature side heat medium circuit in which the heat medium, heated by the heat of the refrigerant dissipated in the condenser, circulates, and
• a controller, wherein
• the low-temperature side heat medium circuit includes:
• a first circuit having a first heat exchange unit configured to cool a first temperature adjustment target by heat exchange between the heat medium cooled by the chiller and the first temperature adjustment target associated with a predetermined first temperature zone, the first circuit being configured to circulate the heat medium via the chiller and the first heat exchange unit;
• a second circuit having a second heat exchange unit configured to exchange heat between a second temperature adjustment target associated with a second temperature zone higher than the first temperature zone and the heat medium cooled by the chiller, the second circuit being configured to circulate the heat medium via the second heat exchange unit;
• a coupling part configured to connect the first circuit and the second circuit and to flow in and out of the heat medium;
• and
• a flow rate adjustment part configured to adjust a flow rate of the heat medium flowing in and out between the first circuit and the second circuit,
• the controller is configured to control an operation of the flow rate adjustment part and to adjust the flow rate of the heat medium in the coupling part, to make a temperature zone of the heat medium flowing through the first circuit and a temperature zone of the heat medium flowing through the second circuit have respective values,
• the high-temperature side heat medium circuit includes:
• a heater core configured to heat air to be supplied to the space to be air conditioned by exchanging heat between the heat medium heated by the heat of the refrigerant and air;
• and a high-temperature side pump that pumps the heat medium to the heater core, the high-temperature side heat medium circuit being configured to allow the heat medium to circulate via the heater core and the high-temperature side pump;
• a high-temperature side coupling part that connects the high-temperature side heat medium circuit and the second circuit of the low-temperature side heat medium circuit, to allow the heat medium to flow in and out;
• and
• a high-temperature side flow rate adjustment part configured to adjust, in the high-temperature side coupling part, a flow rate of the heat medium flowing in and out between the high-temperature side heat medium circuit and the second circuit, and
• the controller is configured to control an operation of the high-temperature side flow rate adjustment part and to cause a part of the heat medium flowing through the high-temperature side heat medium circuit to flow into the second circuit via the high-temperature side coupling part, so as to bring a temperature zone of the heat medium flowing through the second circuit close to the second temperature zone.