Application of chiller in new energy battery raw material processing industry

In recent years, the development of new energy lithium batteries has been in full swing. In daily life and modern industry, lithium batteries are widely used in electric vehicles, electric vehicles, and power storage power supplies. With the stimulation of the 5G base station energy storage market, the lithium iron battery market has seen many Times growth.

More new energy companies are planning to seize the opportunity to fully tap the 5G base station energy storage “cake”, and the market competition is also intensifying. In the lithium battery manufacturing process, reducing production costs and strictly controlling product quality are New energy industry continues to face problems.

Application of chiller in new energy battery raw material processing industry

There is an enterprise engaged in R & D and production of energy storage materials in Vietnam. Due to the needs of manufacturing, in the cooling of raw material grinding equipment, it is necessary to equip a professional water chiller to provide centralized cooling, maximize energy consumption reduction, and at the same time ensure the uninterrupted work of multiple high-speed grinding machines.

We know that after grinding with a single grinder, the temperature between the material and the machine body is high. The increase in heat not only restricts the grinding efficiency, but also promotes the gathering of the ground material. With an independent refrigeration system, not only will the equipment cost increase, but also the energy Consumption is obviously not the most economical solution. After fully communicating with customers to understand the refrigeration needs, a professional chiller centralized cooling solution was developed for this lithium battery company, which can solve the problem of energy consumption and high efficiency grinding and cooling compatibility.

GESON Water-cooled screw chiller is an industrial cooling water equipment that can provide constant temperature, constant flow and constant pressure. The working principle is to inject a certain amount of water into the water tank outside the machine, cool the water through the refrigeration system of the chiller, and then send the low-temperature cooling water to the equipment to be cooled by the pipeline pump.

The chiller can take away the heat generated by the grinding materials in a timely manner through the circulation of frozen water, to avoid the agglomeration of the ground materials after grinding, to prevent the temperature of the materials and the contact air from increasing and reduce the grinding efficiency, while reducing the temperature of the grinding machine body and components Equipment safety accidents.

The chiller adopts imported brand PLC controller, equipped with high-precision large-screen touch screen, easy to control the working temperature of the grinding unit and manage the state of the chiller.

According to the need, we can provide low-temperature frozen water from 5 ℃ to -40 ℃ to ensure the continuous supply of frozen water to meet the cooling and cooling temperature of the grinding machine at high speed.

In addition, the main control system of the chiller adopts multiple protection functions such as compressor exhaust overtemperature, motor overtemperature, cold water antifreeze, etc., to achieve electrical protection of temperature protection, overcurrent, phase loss, and reverse equalization, which overall improves equipment safety and reduces the risk of grinding production. drop to lowest.

In terms of energy utilization, the semi-hermetic compressor of the chiller can accurately control the capacity and adjust the compressor work in time with the load change, which saves 20% -30% of energy compared with the general compressor. Annual operation can save considerable energy for the enterprise.

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