Energy security fears push 25+ GWh of orders to China’s storage firms overseas

Energy security fears are turning into orders, and the scale is getting real. According to Matty Zhao, co-head of China equity at BofA Global Research, more than 25 gigawatt-hours (GWh) of energy storage capacity is expected to be built in the US and European countries for Chinese storage firms.

That headline number matters because it points to where the next wave of capital is heading. The global demand for energy storage facilities is being driven by disruptions to oil and gas supply chains stemming from Middle Eastern conflicts, paired with an urgent need in developed markets to upgrade ageing grids. In other words: this is not just a “clean energy” story. It is an energy reliability story with procurement numbers attached.

To understand why this is happening now, it helps to connect two pressures that typically hit on different timelines. The first pressure is geopolitical. When oil and gas supply chains get disrupted, energy systems feel it quickly, especially where energy demand is steady but supply reliability becomes unpredictable. The second pressure is infrastructural. Many developed markets are running grids that were designed for a different era of generation, load patterns, and resilience standards. Upgrading grid infrastructure takes planning, permitting, and capital. Energy storage becomes a bridge solution because it can help manage variability, stabilize supply, and support resilience while grid modernization work continues.

Energy storage sits at the intersection of those two pressures. Storage can be deployed to help balance electricity supply and demand, which becomes more valuable when upstream energy dynamics are unstable. And it can be used to improve grid performance as utilities and system operators work through aging assets. That combination helps explain why energy storage is showing up in overseas build plans, including in the US and European countries, as reported in the source.

For executives watching procurement pipelines, this also reframes the “who is selling what” question. The orders going to Chinese storage firms abroad suggest that buyers are willing to source capacity internationally when they believe it improves speed, cost, and deployment feasibility. When energy security becomes a board-level concern, organizations tend to prioritize delivery and resilience outcomes over purely domestic supply chains, at least in the near term. That does not eliminate compliance, localization, or policy constraints. But it does change what gets the green light first.

There is also a capital market angle hiding inside the operational angle. Matty Zhao’s framing ties demand for storage facilities to specific drivers: supply-chain disruptions linked to Middle Eastern conflicts, and urgent grid upgrades in developed markets. When analysts point to those concrete catalysts, it signals that the demand may be less dependent on short-term trend cycles and more tied to longer-running infrastructure needs and risk management. For investors and operators alike, that can affect how people underwrite storage projects, including assumptions about order durability and timing.

The second-order implication is competitive. If more than 25 GWh of capacity is expected to be built in the US and Europe for Chinese firms, that raises the bar for other suppliers trying to win the same contracts. It pressures incumbents to respond on cost, technology performance, delivery schedules, and the ability to meet regulatory and interconnection requirements in each jurisdiction. It also pressures boards to think about supplier concentration and project execution risk. When geopolitical risk spikes, buyers become more sensitive to schedule certainty and operational resilience, not just price.

Finally, the strategic stakes extend beyond storage companies themselves. Utilities, grid operators, and energy traders in developed markets are effectively being pushed to plan for a world where resilience and supply continuity matter as much as decarbonization goals. The source links the storage demand to energy security fears and oil and gas disruption, which means storage adoption could accelerate as part of broader reliability programs. For peers making capital allocation decisions, the core takeaway is simple: when energy shocks meet aging grid assets, storage procurement can move from a “future option” to a near-term necessity, and the global order flow may reflect that urgency quickly.