
CNAE Battery (Yangzhou) Co.,Ltd. (CNAE) originated from the CNAE Laboratory at the Cambridge Innovation Centre in the UK, founded in 2014. Its core team brings together top scientific talent from the University of Cambridge and international industry experts. In 2019, the company established an operational center in Shenzhen, becoming the first to achieve the industrialization of sodium batteries, marking a leap from laboratory research to large-scale production. After setting up its headquarters in Hong Kong in 2022, CNAE built a dual R&D center collaboration system between China and the UK, leading the formulation of multiple industry technical standards.
In 2023, CNAE established an advanced production base in Yangzhou, Jiangsu, equipped with fully automated production lines capable of producing 1GWh of full-tab large cylindrical cells and 5GWh of battery module PACKs annually. As its main entity in China, CNAE focuses on sodium-ion cell production and the power/energy storage system module market. Through its "Cambridge Intelligence + Shenzhen Transformation + Yangzhou Manufacturing" tripartite model, CNAE continues to drive the commercial application of sodium battery technology in power and energy storage fields. With leading technology and exceptional product quality, it has become one of China's top sodium battery manufacturers.
CNAE remains committed to a customer value-driven philosophy, leveraging its full industry chain advantages to integrate cell, BMS, and PACK technologies, delivering high-performance energy storage and power products while continuously advancing innovation in the new energy sector.
With a global market strategy, CNAE actively promotes the industrialization of sodium batteries, contributing to the worldwide energy transition.

Leading edge
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The system adopts top-grade high thermal stability ferrophosphate cells,aviation-grade fireproof barrier units, budding-grade thermal runaway early warning,liquid-cooling intelligent control system,the temperature difference within the cluster is ≤2℃, an d multiple safety escort technologies such as perfluorohexanone fire-fighting system.
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The system uses LFP positive electrode professional energy storage cells, medium-sodium intelligent string architecture and intelligent liquid cooling temperature control core technology. The system can reach 10,000 cycles,and the industrial and commercial energy storage can achieve a long life of 15 years.
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Independent intelligent liquid cooling technology increases the total efficiency by 3%. The optimal matching technology of PCS and battery makes the system efficiency reach over 92%, which is higher than the industry level in all aspects.
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Built-in modes such as peak shaving and valley filling, demand management, peak shaving and frequency modulation, and synergy between light,storage and charging can be fully self-consistently controlled. Multi-level monitoring in the cloud, no personnel required.
Qualification certificate





