EVE Energy has achieved a significant milestone in the global rollout of its large-scale energy storage solutions—the Mr. Giant system, equipped with 628Ah batteries, has been successfully deployed in Australia. This development highlights EVE’s capabilities in system design, manufacturing, and international project management, supporting its worldwide growth strategy.

Addressing Australia’s Long-Duration Storage Demands

As Australia expands its renewable energy infrastructure, grid reliability has emerged as a pressing issue. With coal-fired power stations phasing out, the need for dependable, high-capacity, long-duration storage solutions is rising.

EVE’s Mr. Giant system incorporates 628Ah batteries and a simplified design, enabling functions such as renewable energy integration, peak demand management, and frequency regulation—aiding Australia’s shift toward stable energy transition. Key attributes include:

• Scalable and Efficient: Supports parallel setups of four units, suitable for diverse project scales. Provides 5MWh within a 20-foot container for optimal space efficiency.

• Safe and Compliant: Implements end-to-end safety protocols from battery cells to operational stages. Multi-tier fire safety measures align with Australian regulations.

• Low-Noise and Eco-Conscious: Operational noise below 65 dB through design refinements, reducing impact on local communities.

From Domestic Use to International Reach

The 628Ah battery has previously been utilized in a 400MWh standalone energy storage initiative in China. Its introduction in Australia signals its suitability for global high-end applications and increasing international recognition.

Amid growing overseas demand, EVE is scaling up its global operations—covering supply chain, localized implementation, and technical services—to promote widespread adoption of large-scale storage technology.

Looking ahead, EVE Energy plans to deepen international partnerships, offering secure, high-performance, and cost-effective energy storage solutions to advance the transition to a clean and sustainable energy landscape.