Cold water chiller is a crucial cooling unit used in hydrogen fuel cell production and testing. It plays an essential role by providing stable temperature control and efficient cooling to fuel cell stacks in the production process.
During the operation of the hydrogen fuel cell stack, a considerable amount of heat is generated. Without efficient cooling, the temperature of the fuel cell will rise, which can result in damages that impede its operation. The cold water chiller unit circulates the coolant through the heat exchanger to exchange heat with the fuel cell stack, remove the generated heat, and maintain the cooling effect through the refrigerant’s circulation.
In hydrogen fuel cell testing, precise temperature control of the cell stack is required to simulate the actual working environment and ensure the accuracy of test results. As an essential equipment, the cold water chiller unit can precisely control the supply water temperature as required, providing a stable temperature environment for testing and ensuring the reliability and accuracy of the testing process. In this entire process, cold water chiller units play an essential role in pre-cooling processes. For instance, a typical 35 megapascal hydrogen refueling machine can lower the gas temperature to 5-10 degrees through the cooling and temperature reduction achieved by the chiller’s refrigeration and heat exchanger.
Moreover, cold water chiller units are widely used in the field of hydrogen fuel cell vehicles, cooling critical components such as electric motors, transmissions, batteries, and electronic control systems. Its efficient cooling capability and stable water supply temperature ensure the normal operation and performance of these key components during the working process.
In summary, the cold water chiller, as an indispensable equipment in the production and testing of hydrogen fuel cells, provides significant support for the normal operation, testing, and research and development of hydrogen fuel cells by providing stable temperature control and efficient cooling.