Narada has participated in the 2025 edition of RE+ in Las Vegas, launching a new 392Ah energy storage battery.
This product features an ultra-high volumetric energy density of 420Wh/L. It adopts the company’s mature electrochemical system specifically developed for energy storage batteries, fundamentally achieving superior cycle performance and higher safety. With a cycle life of up to 15,000 times and an energy efficiency exceeding 95%, the battery is also compatible with the 314Ah production line, enabling large-scale mass production in a short cycle, meeting the market’s urgent demand for next-generation high-capacity energy storage batteries.
To ensure the safety of the latest battery, Narada has optimized its design from multiple aspects, including the electrochemical system, structure and manufacturing process. By leveraging SNS low-heat generation technology, the company achieves systematic control over internal heat generation of the battery, which not only enhances energy density but also significantly reduces the risk of thermal runaway.
In terms of long-lifespan technology, Narada has independently developed a confined catalytic lithium supplement agent, which solves the common challenges associated with cathode lithium supplement agents. Meanwhile, the company uses low-expansion graphite technology and particle blending technology to produce graphite anodes for energy storage; when combined with self-healing electrolyte, these technologies help the 392Ah battery break through the bottleneck of an ultra-long cycle life of 15,000 times.
The 20-foot Centre L Ultra energy storage system equipped with the 392Ah battery also made its debut at the Las Vegas exhibition. With a total capacity of 6.25MWh, it is suitable for energy storage scenarios with a duration of 2 to 8 hours.
Compared with 5MWh systems, the Centre L Ultra, backed by its highly integrated technology, achieves an overall 15% reduction in initial investment costs, a 10% decrease in transportation costs and a 24% saving in power station land usage, significantly cutting down on project construction and initial investment expenses.
Narada’s 392Ah battery and its supporting 6.25MWh energy storage system are expected to be available globally in January 2026.
