The AI era is driving rapid growth in AIDC storage. Industry forecasts project global demand to surge tenfold from about 30GWh in 2026 to 300GWh by 2030.
To address the growing need for stable, long-term power supply to AI data centers, REPT BATTERO has introduced dedicated energy assurance solutions, including the Powtrix® 6.9MWh system featuring Wending® 648Ah cells, as well as the Wending® 320Ah sodium-ion cells.
Notably, the Powtrix® 6.9MWh storage system stands out with its larger capacity. With a single system delivering 6.9MWh, it significantly reduces the number of units and connection points required for projects of equivalent scale.
According to the company’s estimates, taking a 1GWh project as an example, the Powtrix® 6.9MWh system reduces the number of units by 28%, cuts footprint by 30%, and slashes on-site installation hours by 28% compared to the 5MWh alternative. For AIDC campuses, this translates to higher construction efficiency and substantial savings in land and upfront capital costs.
While high capacity is only a starting point, stability is the real priority. The Powtrix®6.9MWh system employs module-level full-parallel liquid cooling to maintain intra-compartment temperature variance within 3°C, ensuring uniform cell operation and minimizing thermal degradation. It can deliver a 96% round-trip efficiency at a four-hour cycle and exceed 10,000 cycles.
From cells to systems and O&M, REPT BATTERO’s Powtrix® 6.9MWh storage system is more than just a high-capacity solution. It is a comprehensive energy assurance solution for stable, long-term AIDC operations.
At the launch, Feng noted that industrial competition has entered a new phase. To successfully navigate industry cycles, manufacturers must look beyond scale and prioritize safety, quality, reliable delivery, and full-lifecycle service capabilities.