REPT BATTERO and Ingeteam forge global strategic partnership

By REPT BATTERO
December 29, 2025
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REPT BATTERO and Spain’s Ingeteam have announced the signing of a global strategic Memorandum of Understanding (MOU), with the aim of integrating their core technological strengths to deliver high-performance energy storage system (ESS) solutions to the global market.

Under the agreement, REPT BATTERO will leverage its advantages in energy storage products, combining those with Ingeteam’s expertise in power conversion and inverter technologies. The two parties will focus on core markets including Australia, the USA, the UK, Spain, Italy and Germany, actively advancing market expansion and joint brand promotion. They will also explore cooperation opportunities covering utility-scale energy storage, to provide global customers with high-quality, safe and reliable clean energy solutions.

REPT BATTERO anchors its products in uncompromising safety. Leveraging a “Thermal-Electric Separation + Arc Protection” architecture, its systems have passed  rigorous CSA/ANSI C800 large-scale fire testing, setting the industry benchmark for safety performance. Boasting exceptional compatibility, they seamlessly integrate with mainstream energy storage PCS (Power Conversion System) hardware and support flexible wiring configurations, drastically simplifying project integration and cutting adaptation costs. Holding an IP55 protection rating and C5 corrosion resistance grade, the systems thrive in the world’s harshest climatic environments, from extreme heat to high humidity. Integrated with Active Balancing Technology, they deliver more efficient, reliable energy storage solutions, all at an optimal lifecycle cost for customers.

With more than 4.2 GW / 14.7 GWh of BESS projects, Ingeteam has established itself as a strategic partner for its clients thanks to its leadership in R&D and cutting-edge technology. Recognized worldwide for non-derated Grid Forming capabilities, this innovation is key to integrating renewable energies into electricity grids, allowing inverters to function as synchronous generators, providing stability, synthetic inertia and regulation capacity.