en.Wedoany.com Reported - SuperDielectrics, a company based in Cambridge, UK, has developed a zinc-based battery technology that, according to independent test results, outperforms standard and next-generation lithium-ion batteries across multiple performance indicators. The tests, conducted by the UK defense organization QinetiQ, focused on verifying the battery's safety, cycle life, and charge-discharge performance under high-power conditions.

The growth of AI-driven computing and clean energy applications is increasing demand on power infrastructure, placing pressure on batteries as a key component. The aqueous zinc-based battery system developed by SuperDielectrics aims to help manage power fluctuations caused by variable renewable energy inputs and the high energy demands of data centers.

The core of the company's technology is a proprietary polymer. Under extreme stress conditions, the battery did not experience thermal runaway, fire, or explosion, a significant distinction from some lithium-ion systems. Temperature-dependent performance comparisons show: at -0°C, charging performance improved approximately 48-fold. At room temperature, cycle life increased up to 13-fold under intensive cycling; discharge performance improved about 10-fold, while maintaining over 85% capacity at 100°C; charging performance improved approximately 8-fold, maintaining nominal capacity at high temperatures.

The technology is positioned as a grid-scale energy storage option, suitable for AI computing infrastructure and grid stabilization. SuperDielectrics stated that its polymer technology could play a role in future energy storage systems, providing safer and more compact power solutions for modern computing and energy networks.