What are the requirements for chillers to be used in new energy battery production lines?


At this stage, the international influence and supply of my country's new energy batteries are increasing, and the production lines of new energy battery production plants are also being updated to meet high-performance battery products and to solve the current cooling requirements of new energy battery production lines. Therefore, the dedicated supporting chiller equipment is also advancing with the times, which puts forward higher technical requirements for chiller enterprises. Now the manufacturing industry has very high requirements on the quality of battery materials, so the production process has very strict requirements on the cooling effect, stability, environmental performance and long-term operation of the supporting chiller. At present, our Jiusheng chiller has high-efficiency, long-term stable operation, long life, and is also suitable for various scenarios such as harsh battery production environments.

The application of chillers in new energy battery production lines has the following requirements:

1. High efficiency and stability: The chiller should have high efficiency and stability, and be able to provide a stable cooling effect during long-term operation to ensure temperature control during battery production.

2.Control system and safety protection: The chiller should be equipped with a reliable control system that can monitor temperature and pressure in real time, and adjust and control according to the set parameters. In addition, the chiller should also have a variety of safety protection functions, such as overheat protection, overload protection, current protection, etc., to ensure the safety of equipment and operators.

3. Precise control: The chiller should have a precise temperature control function, which can be adjusted according to the needs of the production line to meet the temperature requirements of different battery production processes. Typically, the temperature range should be between -10°C and 40°C with small temperature fluctuations to ensure that the temperature reaches the desired target range.

3.Energy consumption and environmental protection: The chiller should have low energy consumption to reduce operating costs and minimize the impact on the environment.

5. Reliability and maintainability: The chiller should have good reliability and maintainability, be able to run for a long time and be easily repaired, so as to reduce production line downtime and repair costs.

6.Compatibility with other equipment: The chiller should work in harmony with other equipment, and be able to seamlessly connect and interact with other equipment in the production line.

7. Low operating noise: The chiller should have low operating noise to reduce the impact on the working environment and operators.

To sum up, the chiller should have a suitable temperature range and control accuracy, powerful cooling capacity and low energy consumption, purification and anti-corrosion protection of cooling medium, reliable control system and safety protection, and convenient maintenance and repair performance. These technical points can ensure the effective application and good performance of the chiller in the production of new energy batteries.

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