SectorsSupported

EORA Energy's powerful partner relationships deliver solutions across Australia's most critically impacted industries

Major Opportunities in Australia

Targeting high-value sectors with acute long-duration energy storage needs

Off-Grid Mining

Diesel displacement, hybrid microgrids and carbon reduction for Western Australian and remote mining operations.

Displace expensive and polluting diesel generation
Hybrid microgrid reliability in harsh conditions
Significant carbon reduction and ESG improvement
Wide temperature range suited to remote Australian sites
Off-Grid Mining

Renewable Energy Zones

Solar and storage firming for NSW, QLD and VIC Renewable Energy Zones — supporting the Capacity Investment Scheme.

Firming intermittent solar and wind generation
Frequency regulation and network stability
Long-duration storage (6–12+ hours)
Grid congestion relief in high-renewable corridors
Renewable Energy Zones

Data Centres

Baseload smoothing, peak shaving and N-1 reliability for hyperscale and enterprise data centre operators.

Safe, non-flammable — approved for urban and indoor sites
Long-duration backup capability beyond UPS
Peak demand management and cost reduction
Active engagement with AWS, Microsoft and Google
Data Centres

Industrial Microgrids

Energy cost optimisation, peak-shaving and process electrification for heavy industry and manufacturing.

Reduce peak demand charges significantly
Energy arbitrage opportunities
Carbon footprint reduction
Flexible commercial models (Capex, BaaS, Merchant)
Industrial Microgrids

Commercial Modelling

Flexible structures to suit mining balance sheets, infrastructure investors and REZ developers

Capex Purchase

Outright asset acquisition with full ownership and control. Ideal for balance-sheet-strong operators.

Battery-as-a-Service

Lease / off-balance sheet structure. Suits mining balance sheets and infrastructure-focused investors.

Hybrid Merchant

Revenue participation model combining capacity payments, energy arbitrage and carbon offsets.

Frequently Asked Questions

Can batteries actually replace diesel generators at mine sites?

Yes — hybrid solar-and-storage systems have cut diesel use by up to ~95% at Australian sites, with paybacks reported under five years at remote operations.

Can battery storage solve data centre grid-connection delays in Australia?

Yes — co-located battery storage can smooth load spikes, provide cold-start backup, and reduce the firm-capacity commitment required from the grid, which has compressed some interconnection timelines from around three years to as little as fifteen months.

Can vanadium flow batteries firm solar and wind output in renewable energy zones?

Yes — because a VRFB's storage duration scales independently of its power rating, the same underlying technology can be sized for 8+ hours to smooth solar and wind generation across a renewable energy zone, reducing curtailment and easing pressure on the local network.

How much maintenance does a vanadium flow battery system need at a remote site?

Less than most alternatives — the electrolyte doesn't degrade or need replacing, there are no cells to swap out, and the non-flammable chemistry removes the fire-risk management that adds ongoing maintenance overhead to lithium-ion systems at hard-to-reach sites.