THERMAL MANAGEMENT SYSTEM, THERMAL MANAGEMENT METHOD, AND COMPUTER DEVICE

To properly perform thermal management of a wide range in a vehicle through a thermal management system of a simple structure.SOLUTION: A thermal management system comprises: a first flow channel 10 where a first coolant C1 flows to cool a power storage device (battery 12) mounted on a vehicle; a second flow channel 20 where a second coolant C2 flows to cool a drive unit (inverter 23, motor 24) causing the vehicle to travel; a third flow channel 30 where a third coolant C3 flows to be cooled by a refrigeration cycle; and a heat exchanger 50 which is connected with the first flow channel 10, the second flow channel 20, and the third flow channel 30 respectively. The first flow channel 10, the second flow channel 20, and the third flow channel 30 are formed independently from each other. The heat exchanger 50 is configured to perform heat exchange among the first coolant C1, the second coolant C2, and the third coolant C3.SELECTED DRAWING: Figure 1 【課題】シンプルな構造の熱管理システムにより車両の広範囲の熱管理を適切に行う。【解決手段】熱管理システムが、車両に搭載された蓄電装置（バッテリ１２）を冷却するように第１冷媒Ｃ１が流れる第１流路１０と、車両を走行させる駆動装置（インバータ２３、モータ２４）を冷却するように第２冷媒Ｃ２が流れる第２流路２０と、冷凍サイクルによって冷却される第３冷媒Ｃ３が流れる第３流路３０と、第１流路１０、第２流路２０、および第３流路３０の各々に接続された熱交換器５０とを備える。第１流路１０、第２流路２０、および第３流路３０が、互いに独立した態様で形成されている。熱交換器５０は、第１冷媒Ｃ１と第２冷媒Ｃ２と第３冷媒Ｃ３との間で相互に熱交換を行うように構成される。【選択図】図１