Strategic Alliances
At OAV Quantum Energy, partnerships are central to how we scale and deliver advanced energy solutions. We collaborate with leading technology developers, manufacturing partners, and system integrators to accelerate the transition from innovation to real-world deployment. Our approach is built on alignment—combining complementary expertise across cell development, system design, and large-scale manufacturing to create efficient, reliable, and globally deployable energy storage solutions. Through these strategic alliances, we are able to remain flexible, chemistry-agnostic, and focused on delivering the right solution for each application.
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OAVQE takes next-generation cell technology, and scales them to GWh production.
Executive Summary
6 GWh Capacity Goal
By 2030
Strategic Interests
Advanced cell chemistries and sovereign supply-chain resilience.
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Phase 1: $100 Million expansion.
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Phase 2: Totaling $240 Million investment.
Phased Investment
The global battery market is undergoing rapid expansion, driven by accelerating electric vehicle adoption, grid-scale energy storage, and electrification across industrial and consumer applications. Global demand is projected to significantly outpace supply over the next decade, creating structural capacity shortages measured in terawatt-hours (TWh)
OAV Quantum Energy is addressing this imbalance by developing scalable, domestic manufacturing capacity for next-generation battery chemistries, including Lithium-Ion and Sodium-Ion. OAVQE’s phased expansion strategy positions the company to meet near-term demand while maintaining flexibility as technologies and markets evolve.
Global Battery Demand vs Supply Forecast (TWh)
The global battery market has been experiencing significant growth driven by the increasing demand for electric vehicles (EVs), renewable energy storage solutions, and consumer electronics. This growth trend is expected to continue, leading to a substantial increase in the global demand for batteries. Overview of global battery demand versus supply in TWh (Terawatt-hours)
Percentage Increase in
Global Battery Demand
From 2023 to
2025 demand increase: 50%​
2030 demand increase: 140$​
2040 demand increase: 400%
