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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.
Oct. 22, 2026
EV Charger Preventive Maintenance: Key Practices for Long-Term Reliability
EV charger preventive maintenance helps charging operators protect uptime, safety, and revenue over many years. A planned service program is more reliable than waiting for a fault after a vehicle cannot charge. This guide explains DC fast charger maintenance, EV charging station inspection, and charging cable inspection in simple steps.
Oct. 20, 2026
NTPC Khavda 3,300 MWh BESS Tender: How Many Containers You Really Need (2026)
NTPC Green Energy's 1,100 MW / 3,300 MWh Khavda battery tender closes on October 27, 2026. Because capacity is counted as AC energy at the grid point, we estimate it needs about 722 containers of 5.015 MWh, roughly 10% more installed battery than the headline figure.
Oct. 20, 2026
Battery Energy Storage System Architecture: Key Components Explained
A battery energy storage system architecture determines how safely and efficiently a BESS stores, controls, and delivers electricity. The main challenge for overseas buyers is choosing the right structure without creating avoidable cost, safety, or integration problems.
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