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EnerVenue Secures 11 MWh Energy Storage Order for Northern China Oilfield
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EnerVenue received its first commercial order for 26 Energy Prism battery storage units, totaling 11 MWh, to be deployed at a northern China oilfield using its Aqueous Metal Cell technology.
The order marks EnerVenue’s entry into multi-megawatt-hour industrial storage, demonstrating commercial viability of its fire-safe Aqueous Metal Cell chemistry in a high-risk environment. It validates the technology’s suitability for oilfield operations where conventional lithium batteries pose safety concerns, potentially accelerating adoption in other industrial sectors with similar fire-safety constraints.
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EnerVenue secured its first commercial 11 MWh energy storage order for deployment at a northern China oilfield.
The order comprises 26 containerized Energy Prism units using Aqueous Metal Cell technology, emphasizing safety and non-lithium chemistry.
Manufacturing will occur at EnerVenue’s new Changzhou facility, scaling production from 250 MWh to 1 GWh capacity by 2027.
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The deployment represents a concrete shift from theoretical safety claims to real-world industrial application, where fire risks have historically limited battery adoption. This validates EnerVenue’s Aqueous Metal Cell chemistry as a practical solution for high-risk environments, moving beyond pilot projects to a multi-megawatt commercial order.
Adopting this technology requires oilfield operators to integrate new containerized storage systems with existing solar infrastructure, potentially disrupting traditional power supply chains that rely on diesel generators or conventional battery systems. The shift also introduces new maintenance protocols for water-based electrolyte systems, though the material notes no scheduled augmentation or active cooling is needed.
The order stops short of enabling broader renewable integration at the oilfield, as the storage system is specifically designed to shift solar output to operational periods rather than enable new renewable capacity. This distinction matters because it reflects a targeted solution for existing infrastructure constraints, not a platform for expanding renewable generation.
EnerVenue’s Changzhou facility, scheduled to open September 24, 2026, will initially produce 250 MWh annually of Aqueous Metal Cells, with plans to scale to 1 GWh by 2027. This manufacturing expansion is directly tied to the order’s fulfillment and signals confidence in market demand for industrial-scale storage, though the material does not specify how this capacity aligns with other customer projects across China, Australia, the U.S., EU, Saudi Arabia, and Canada.
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