BOLD Set to Unveil Next-Generation Battery Innovations at CENEX EXPO

BOLD, a leader in high-performance battery technology, is preparing to showcase its latest advancements at this year’s CENEX EXPO - Stand C3-311. Known for pushing the boundaries of what’s possible in energy storage, the company is working on new programmes that harness next-generation cell technologies combined with BOLD’s own in-house Battery Management System (BMS). The result: batteries that deliver best-in-class power and energy density, while setting new benchmarks in safety and robustness.
These upcoming solutions are designed to meet the demanding requirements of multiple sectors, from high-performance automotive, motorsport and defence to aviation, marine and industrial electrification. BOLD’s technology is already trusted in some of the most extreme environments, where reliability and performance are non-negotiable.
Motorsport continues to be a proving ground for BOLD. The company supports a range of cutting-edge racing vehicle programmes, including collaborations with some of the world’s most iconic UK-based brands. Leveraging its deep expertise in lightweight materials, BOLD draws on a track record of working with half the Formula 1 grid, where its engineering contributions help improve performance at every Grand Prix throughout the year. This motorsport DNA now flows directly into its wider battery development, accelerating innovation for all customers.
“At BOLD, we’re driven by the challenge of delivering more performance, more safety, and more efficiency in every project we take on,” said Daniel Fernandez Pinteño, Senior Sales Manager at BOLD. “Our upcoming launches represent a step change in energy storage, combining high power and energy capability with unprecedented robustness. We look forward to sharing more at CENEX EXPO.”
As the electrification race intensifies across industries, BOLD continues to position itself at the forefront of innovation, delivering solutions that are lighter, stronger, and more capable than ever before.