PRODUCTS
Jingye New Energy provides one-stop energy storage and power solutions for the new energy industry. As a subsidiary of Jingye Group, we develop and manufacture across five core product lines on our own automated production lines, validated in our CNAS-accredited testing laboratory.
All-in-one LFP battery cabinets (261kWh and 417kWh) for factories, industrial parks, and commercial buildings. Designed for peak shaving, load shifting, and backup power, with the Four-Dimensional Protection System covering cell, module, cluster, and cabinet levels.
Utility-scale containerized BESS, including the 5.015MWh liquid-cooled energy storage container built on 314Ah LFP cells in a standard 20-foot container. Our integration lines are compatible with 314/587/628Ah mainstream cells. Proven in large industrial deployments such as the 50MW/100.32MWh Jiangsu Jingye Iron and Steel power station.
AC and DC charging solutions for passenger cars, electric buses, and heavy trucks, supporting high-power fast charging for fleets, depots, and public stations.
24V LiFePO4 start-stop batteries for heavy trucks, operating in extreme cold down to -40°C with 12-layer protection, powering low-voltage onboard equipment such as parking air conditioners, with app, Bluetooth, and cloud-based monitoring.
Integrated busbar modules that connect battery cells and transmit voltage and temperature signals to the BMS. Produced across 6 digital production lines with an annual capacity of 2.4 million CCS busbars, in a maximum size up to 2000×800mm compatible with the latest liquid-cooled battery packs.
As a subsidiary of Jingye Group, Jingye New Energy combines full industrial chain integration with large-scale automated manufacturing — 15GWh annual energy storage system capacity, 2.4 million CCS busbars per year across 6 digital production lines, and 5 automotive-grade SMT lines producing 5 million high-precision circuit assemblies annually. Our products carry ISO 9001, ISO 14001, ISO 45001, and IATF 16949 certifications, and every product line is supported by OEM/ODM customization — from requirement communication and solution design through manufacturing, testing, and after-sales support.
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Jingye New Energy Testing Laboratory is the core support platform of the company's quality management system. Its CNAS-accredited facility ranks among the industry’s top in total investment, with hardware and technical capabilities both reaching advanced domestic levels.
Equipped with over 100 sets of professional testing equipment, the laboratory features domestically leading key instruments, fully covering critical testing dimensions: physical and chemical analysis, electrochemical performance, safety and reliability, environmental adaptability, and precision dimension and appearance inspection. Among these, the automatic 2D optical measuring instrument—leveraging non-contact optical imaging technology—is widely applied to dimensional control of precision components, significantly improving testing accuracy and efficiency.
In the meantime, the laboratory has built a high-caliber testing team. Focusing on core links of the new energy industry chain, the team has established a full-lifecycle testing service system spanning incoming raw material inspection, in-process component testing, and end-product type testing. It delivers scientific, impartial and accurate technical support for a full range of products including energy storage battery systems, power battery systems and CCS integrated busbars, laying a solid foundation for the company’s product quality improvement and technological innovation.
Sep. 23, 2026
Energy Storage Cabinet Voltage: Why It Matters for System Design
Selecting the wrong Energy Storage Cabinet Voltage: Why It Matters for System Design is not a minor specification error—it can undermine the safety, efficiency, scalability, and financial performance of an entire battery energy storage system (BESS). A cabinet designed for a nominal 768 VDC battery architecture cannot simply be connected to a power conversion system (PCS) configured for a 1,000
Sep. 23, 2026
Energy Storage Cabinet Thermal Management and Battery Performance
Energy storage cabinet thermal management directly affects battery performance, safety, service life, and operating cost. A battery energy storage system produces heat during charging and discharging, even when it operates within its rated power range. Poor heat dissipation can increase internal resistance and reduce usable capacity.
Sep. 22, 2026
Why EV Charger Efficiency Matters for Commercial Charging Operations
A commercial charging site can lose thousands of dollars each year through inefficiency long before an operator notices a hardware failure. When a DC fast EV charger converts grid electricity into battery power, energy is lost as heat, switching loss, cable loss, cooling demand, and standby consumption. A charger operating at 94% efficiency instead of 97% may appear to differ by only three
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