On March 24, the 15th China International Energy Storage Conference and Exhibition (CIES 2025) opened at the Hangzhou International Expo Center. As an energy storage manufacturer and full life cycle operator, Beiren Green Energy brought liquid-cooled smart energy storage terminals, liquid-cooled high-pressure containerized energy storage systems, PACK series products, PCS, EMS platforms, carbon management platforms and asset operation platforms to make a wonderful appearance, and work with industry partners to build a new energy storage industry ecosystem and seek new sustainable development paths.

Smart Storage · Efficient Navigation

At this conference, Beiren Green Energy focused on displaying liquid-cooled smart energy storage terminals, liquid-cooled high-pressure containerized energy storage systems and PACK series products.

Beiren Green Energy Liquid Cooling Smart Energy Storage Terminal is available in two styles: horizontal and vertical. It adopts 15x4 PACK, PCS+PACK integrated liquid cooling design to achieve battery cluster-level fire protection and ensure product operation efficiency. This product integrates four major advantages: safe and long life, high efficiency and high yield, easy to use and deploy, and high quality assurance, helping users achieve safe and sustainable energy management.

Beiren Green Energy's self-developed liquid-cooled high-voltage containerized energy storage system has the advantages of safety and reliability, efficient charging and discharging, mobility, strong flexibility, and scalability. It meets the technical requirements of 10kV and 35kV medium and high voltage direct access, matches the diversified scenarios of power generation side energy storage, grid side energy storage, industrial and commercial energy storage, and provides users with stable and efficient solutions.

Beiren Green Energy has established strategic partnerships with leading domestic companies to comprehensively improve the design capabilities of energy storage PACK from multiple dimensions such as automation, large-scale manufacturing and supply chain optimization. Beiren Green Energy PACK series products use LFP battery cells and full liquid cooling system designs from leading domestic companies, and ensure product consistency and stability from technical aspects such as MES system, CCD visual inspection, electrical performance testing, data collection and analysis, and system error prevention.

Talk about storage · Win-win future

At the conference, Hong Qifeng, product director of Beiren Green Energy, accepted an interview with China Energy Storage Network. The two sides had an in-depth dialogue on Beiren's industrial chain layout, energy storage product research and development, and the development trend of industrial and commercial energy storage.

Based on the intelligent manufacturing and digital advantages of its parent company, Beiren Green Energy has established an energy storage technology R&D center and product production base, and achieved full-process digital control through self-developed energy storage PACK automated intelligent production line and energy storage battery lower shell production line. At present, the production capacity of a single production line has reached 2GWh/year, with an utilization rate of more than 90%, which is in a leading position in the industry.

At the new product launch conference, Hong Qifeng, product director of Beiren Green Energy, delivered a keynote speech entitled "From Energy Storage to Smart Energy Beiren Green Energy Comprehensive Solutions", sharing Beiren Green Energy product solutions and typical application cases.

In the first quarter of this year, Beiren Green Energy launched a new liquid-cooled smart energy storage terminal (130kW/261kWh). The new generation of products significantly improved the energy density by using large-capacity 314Ah batteries, and can store more electricity in the same space. Therefore, it can provide users with longer backup power and more stable power support, and can adapt to more application scenarios. The product's excellent energy density and carefully designed system architecture have contributed to a significant reduction in the cost per kilowatt-hour, helping users maximize economic benefits.