Energy Storage System Thermal Management System – Liquid Cooled Chillers

Energy storage systems can give grid flexibility and provide backup power. Battery backup systems must be efficiently and effectively cooled for proper operation. Heat can degrade the performance, safety and lifespan of battery backup systems. The more batteries connected together, the more heat will be generated inside the cabinet. Typically, there are two or more groups of batteries connected in series. Generally, the battery cabinet has a larger capacity.

Depending on the location of the base station, temperatures can range from highs of 50°C to lows of -30°C. The heat generated in the battery cabinet will vary with the ambient temperature. For reliable operation and maximum battery life, the enclosure must be kept between +10°C and +30°C.

There are steps you can take to maximize battery life and performance, including using advanced cooling systems. The CNYL series of liquid-cooled coolers developed by LNEYA can work in the ambient temperature range of -45°C~55°C, and can be used in environments below 5,000 meters above sea level. The whole machine follows a compact design, which can meet the use of the energy storage system box without taking up too much space. One-button filling of coolant, only exhaust, no need to worry about the use of the cooling system during battery pack maintenance.

LNEYA’s battery energy storage tank liquid cooling system is a fully enclosed circulation pipeline design. The refrigerant liquid does not come into contact with the air, and it will not cause short use time and frequent replacement due to the absorption of moisture in the air. For large data centers, our technical team can also customize the liquid cooling solution, including the power size, appearance size, etc. of the equipment. Following the compact design, it can become an external cooling system for the battery pack energy storage integration box. The efficient nanny-style thermal management system is suitable for applications where the internal battery of the energy storage container generates a large amount of heat and the internal equipment is sensitive to the ambient temperature. Complete functions, integrated upper computer communication, alarm and other functions, high reliability, simple and convenient installation, no complicated debugging.