Abstract: A chiller and an energy storage system are provided. The chiller includes a mechanical refrigeration system, an electric control module and a warehouse. The mechanical refrigeration system includes a compressor, a condenser, an electronic expansion valve and a heat exchanger which are circularly connected by a refrigerant circulation pipeline. The mechanical refrigeration system further includes a condensing fan. The compressor, the condenser, the electronic expansion valve, the heat exchanger and the electric control module are located in the warehouse. The condensing fan is configured to drive external air into the warehouse, the electric control module is adjacent to the condenser and the electric control module and the condenser are inclined to each other, and an air duct with a width gradually decreasing from upstream to downstream in an air flow direction is formed between the electric control module and the condenser.

Abstract: A thermal management method is disclosed in the present application, which is used in a thermal management system. The thermal management system includes a battery equipment and a water chiller. The method includes: collecting a status date of the battery equipment and a real-time operation date of the water chiller; determining whether the status date is within a preset range; if the status date is not within the preset range, adjusting an operation mode of the water chiller according to the status date and the real-time operation date, so that the water chiller performs thermal management on the battery equipment according to the adjusted operation mode. The thermal management method can perform safer and more efficient thermal management control to the battery equipment. A thermal management device, a system and a computer-readable storage medium are further provided according to the present application.

Abstract: A chiller and an energy storage system are provided. The chiller includes a mechanical refrigeration system, an electric control module and a warehouse. The mechanical refrigeration system includes a compressor, a condenser, an electronic expansion valve and a heat exchanger which are circularly connected by a refrigerant circulation pipeline. The mechanical refrigeration system further includes a condensing fan. The compressor, the condenser, the electronic expansion valve, the heat exchanger and the electric control module are located in the warehouse. The condensing fan is configured to drive external air into the warehouse, the electric control module is adjacent to the condenser and the electric control module and the condenser are inclined to each other, and an air duct with a width gradually decreasing from upstream to downstream in an air flow direction is formed between the electric control module and the condenser.