Joint Venture Targets Mining and Data Centres

EORA Energy and Tulla Group have officially formed a joint venture aimed at developing integrated energy infrastructure tailored for the mining and data centre sectors. This collaboration marks a strategic move to address the pressing need for reliable, clean energy in remote and off-grid industrial operations.

Norseman Gold Mine Reference Project

The first reference project for this joint venture will be located at the Norseman gold mine in Western Australia. This integrated system will combine battery storage, solar power, diesel generation, and grid supply to optimize energy delivery and reduce the carbon footprint of heavy industrial activities.

4-Hour Battery Storage Pipeline

Beyond the initial mining project, the joint venture's pipeline includes several 4-hour battery storage systems. These include a 5MW/20MWh project paired with a distribution network and a 4.95MW/20MWh project designed for hydro generation optimization. Data centres are also targeted for future deployments, highlighting the versatility of the integrated infrastructure model.

Integrating long-duration storage behind the meter alongside existing diesel generation in Western Australia's mining regions can reduce fuel consumption immediately without disrupting operational continuity.

James Costello, CEO of EORA Energy, emphasized that long-duration storage is a viable alternative to lithium-ion for sectors facing diesel dependence and grid constraints. Launched in April 2026, EORA Energy specifically focuses on vanadium redox flow batteries to deliver these long-duration solutions. By leveraging flow battery technology, the joint venture aims to provide scalable, non-flammable storage that can be expanded simply by increasing electrolyte tank sizes, making it highly cost-effective for extended durations. This approach provides a robust alternative to conventional lithium-ion setups, which often face thermal management challenges in remote, high-temperature environments, ensuring sustainable power for heavy industries.

This article was assisted by AI analysis. Please refer to the original source for official information.