REPT BATTERO appeared at All-Energy Australia 2026, held in Melbourne from October 28 to 29, showcasing core products including its 85Ah high-power AIDC-dedicated cell, Wending® 320Ah sodium-ion cell and Powtrix® 3.0 6.26MWh liquid-cooled energy storage system. The display focused on differentiated application scenarios such as artificial intelligence data centers (AIDC), long-duration storage and high-cold environments, outlining the company’s targeted technology layout from cells to systems.
The 85Ah cell is a power-type product developed by REPT BATTERO for the electricity-use characteristics of AI data centers. According to the company, the cell supports 10C continuous discharge, maintains good capacity retention and keeps surface temperature below 60°C. It features a wide operating range from -40°C to 65°C and can discharge at -40°C. Its high-rate pulse cycle life exceeds 60,000 cycles, providing durability support for AIDC transient load fluctuations, backup power switching and all-weather high-frequency fluctuating conditions.
The Wending® 320Ah sodium-ion cell relies on a self-developed Wending® structural design and a customized cathode–hard carbon anode material system. It reports energy efficiency of at least 97%, a cycle life of more than 20,000 cycles and an ultra-wide temperature range of -50°C to 65°C, with capacity retention remaining above 87% under extreme low-temperature conditions. The product offers a wide-temperature, high-reliability option for energy storage scenarios in cold regions worldwide.
The Powtrix® 3.0 6.26MWh liquid-cooled energy storage system is a system-level solution for large-scale storage and AIDC deployment. It uses Wending® 392Ah cells. Compared with a 5MWh system, energy density is increased by 20%, site land use is reduced by 16% and on-site installation labor hours are cut by 18%. For AIDC scenarios, land constraints and construction cycles are often key variables in project implementation, and simultaneous improvements in these three indicators can directly optimize upfront costs and deployment pace.