Case Study Of Complete Line Assembly Project Of Liquid Cooling Unit Of Leading Energy Storage Enterprise

2026-10-13

Juneng Technology is an energy storage system integration company. With the explosive growth of large storage and industrial and commercial energy storage orders, the production capacity gap of liquid cooling units continues to expand. The original semi-automated production line has scattered processes and relies on manual inspection links, which cannot meet the high safety, high traceability, and high-tempo production requirements of the energy storage industry. There is an urgent need to build a new high-standard fully automatic line to support the rapid expansion of the business.

Xiezhong International Energy Storage Liquid Cooling Unit Assembly Line Project Case

2026-10-13

Xiezhong International is a domestic professional temperature control equipment company with a wide range of energy storage liquid cooling unit product models and a high degree of customization. It mainly focuses on small and medium-sized batch orders. The original production line was mainly based on manual assembly, with cumbersome model changes and low efficiency. The assembly accuracy and sealing quality were unstable, making it difficult to match the rapidly growing order demand of the energy storage business.

Avic Optoelectronics Vehicle Battery Thermal Management Production Line Project Case

2026-10-13

AVIC Optoelectronics is a mainstream new energy vehicle company in China. With the intensive launch of new models, there is an urgent need for self-research and production of battery thermal management modules. The original outsourcing supply model has problems such as long delivery cycle, difficult quality control, and high cost. It is urgent to build an automated production line that meets vehicle regulations to achieve independent control of core components.

Shenling Liquid Cooling Unit Test Line Project Case

2026-10-13

Shenling is a leading brand in the domestic industrial and commercial energy storage field. Factory testing of liquid-cooled units relies on manual division of work. The process is cumbersome and inefficient. The test results are greatly affected by human operations, and the data is scattered and difficult to trace. With the rapid growth of shipments, the testing process has become a bottleneck in production capacity and quality control.