In a bold move set to reshape the future of clean energy infrastructure in the U.S., New York has unveiled a draft State Energy Plan that sets its sights on deploying 9.4 GW of battery energy storage systems (BESS) by 2040. With just over 500 MW currently online, this represents a dramatic scale-up in ambition—underscoring the Empire State’s push to position itself as a national leader in grid resilience, decarbonisation, and renewable integration.
At the heart of this initiative is a recognition that clean energy cannot thrive without robust storage to match. As solar and wind installations climb—35 GW of solar and 18 GW of wind targeted by 2040—New York’s policymakers understand that battery energy storage is no longer a luxury, but a necessity.
First Steps: A 1 GW RFP Signals Immediate Momentum
To kickstart progress, the New York State Energy Research and Development Authority (NYSERDA) has launched its first Bulk Energy Storage Request for Proposals (RFP). This inaugural procurement round seeks up to 1 GW of new storage capacity, laying the foundation for a modernised grid that can handle variable renewable inputs while maintaining reliability and affordability.
“This solicitation will further advance New York’s focus on grid reliability, peak reduction, and affordability,” said NYSERDA CEO Doreen M. Harris, highlighting the broader goal of building out energy storage systems that offer advanced, grid-forming capabilities.
With application deadlines set for September 4, 2025, developers of commercial and industrial energy storage (C&I ESS) solutions are expected to take keen interest. This RFP is just the first of three, meaning the door is wide open for global and domestic energy storage providers to play a long-term role in New York’s transformation.
A Strategic Evolution from Roadmap to Reality
This new plan builds on New York’s 2024 Energy Storage Roadmap, which authorised funding for 200 MW of residential storage and 1,500 MW of commercial and community-scale energy storage. But while previous roadmaps offered guidance, the 2025 draft State Energy Plan establishes clear benchmarks, with an interim target of 6 GW by 2030—a tenfold increase from today’s operating capacity.
Yet the growth has not been linear. Deployment in 2025 has lagged, with just 26.6 MW installed, down sharply from 2023’s high of over 116 MW. Industry watchers cite permitting delays, supply chain constraints, and evolving interconnection rules as factors, but the new plan suggests a coordinated push to overcome these hurdles.
The GWh Question: How Much Energy Will Be Stored?
Interestingly, while the plan quantifies storage in gigawatts (GW), it stops short of specifying gigawatt-hours (GWh)—a critical metric for understanding how long systems can deliver power. However, based on typical two- to four-hour durations for BESS, analysts estimate the eventual installed capacity could range between 20–40 GWh.
Such volumes position New York within striking distance of California, currently the only U.S. state with more aggressive storage targets. For Europe’s energy stakeholders, this is a key signal: the U.S. market is not only scaling rapidly, but increasingly prioritising long-duration energy storage solutions and grid-supportive battery technologies—areas where European firms are innovating.
Implications for the Global Energy Storage Market
New York’s ambitions resonate far beyond state lines. As one of the world’s most complex energy markets—with dense urban load centres, aging infrastructure, and diverse weather extremes—it serves as a proving ground for scalable, resilient energy storage strategies.
European energy firms and investors with expertise in commercial and industrial battery systems, energy-as-a-service models, or advanced BMS (battery management systems) should take note. Opportunities lie not only in hardware deployment but also in software integration, virtual power plant (VPP) aggregation, and AI-driven optimisation.
Moreover, New York’s strategy could influence policy directions in other densely populated jurisdictions, both in the U.S. and abroad. With energy security and emissions reduction top of mind, storage is becoming the linchpin of clean energy success.
Final Thought: A Decade of Opportunity
As the world grapples with balancing the energy transition, New York’s decisive move offers both a template and a challenge. By anchoring its renewables push in energy storage scalability, the state isn’t just preparing for a cleaner future—it’s building the infrastructure to power it sustainably and reliably.
For stakeholders across Europe’s C&I ESS, BESS, and broader energy storage ecosystem, New York is sending a clear message: the time to engage is now.
BATTLINK Battery Energy Storage Systems Expert