US Energy Storage Market Size to Attain USD 432.97 Million by 2034

The US energy storage market size was evaluated at USD 121.91 million in 2024 and is expected to grow around USD 432.97 million by 2034, registering a CAGR of 13.51% from 2025 to 2034.

The U.S. energy storage market is seeing strong growth attributed to increasing renewable integration and supportive public policies related to improvements in battery technologies. The key features of this growth area are the increasing requirement for grid stability and the momentum of electric vehicle deployments. The utility sector is currently the most mature, primarily because there are very few large-scale projects in the commercial and industrial space; however, these are emerging rapidly.

Highlights of the US Energy Storage Market

• By application, the battery management segment dominated and is expected to grow at the fastest CAGR in the market due to a rapid increase in the adoption of lithium-ion batteries in EVs.
• By application, the energy storage systems segment is anticipated to grow at a notable rate in the forecasted period due to rising demand for renewable energy integration and reliability.

Introduction Energy Storage Systems (ESS) are a type of system that stores energy for use later, which has provided energy security and reliability, grid stabilization, and more efficient energy usage. In the United States, they provide bulk energy storage for electricity generated from renewable energy sources, such as wind and solar, they assist in avoiding peak electricity demands, and they improve the resilience of the electrical grid. Some common forms of ESS are lithium-ion batteries, flow batteries, and pumped hydro storage. ESS can support all types of energy sectors, including utilities, commercial and industrial users, and residential users. Utilities may use these systems for on-the-grid bulk storage, while commercial and industrial users may use these systems to defer the maximum use of electricity during peak demand. There is a growing market for this technology as all stakeholders progress towards decarbonization and energy independence, and increases in energy costs.

U.S. Energy Storage Market: Stats and Figures

• The 2022 Inflation Reduction Act (IRA) provided the Investment Tax Credit (ITC) to standalone storage systems (up to 30% tax credit).
• The U.S. Energy Information Administration (EIA) notes that the total installed battery storage capacity in the United States was over 10 GW in 2023, for a doubling over one year as a proxy of demand.
• In 2023, roughly 22% of electric power in the U.S. came from renewables, and the mix of renewables will continue to change even more quickly as more resources are added from solar and wind.
• As per reports by American Clean Power Association (ACP), the US grid scale segment saw a quarter-on-quarter increase of 27% in the quarterly installations to 6,848 MWh.

How AI has Benefited the U.S. Energy Storage Market

The U.S. energy storage market is utilizing artificial intelligence (AI) technology to improve the overall performance of storage systems, help with forecasting effectively, and improve grid reliability. AI technology has the ability to predict energy consumption patterns; analyze the variability that solar and wind generation experience; and the degradation of batteries, allowing more intelligent and proper decision-making on the dispatch of storage. Fluence Energy, for example, utilizes its AI-driven Fluence IQ product using real-time information from the energy market, where the commercial operation of the battery system can be updated as price variations occur (i.e., discharging and charging the battery system whenever to maximize overall value). A. Technology also enables predictive maintenance by processing and monitoring sensor data from the battery system to identify potential failure of the system, where maintenance can be initiated prior to failure. This minimizes unproductive downtime while extending the overall lifespan of the batteries.

Market Dynamics

What Are the Market Drivers in the U.S. Energy Storage Market?

• Increasing penetration of renewable energy The increasing penetration of renewable energy is the fundamental driver for the U.S. energy storage market. Since solar and wind power are both intermittent resources, they will lead to variability in the generation of electricity. Energy storage is essential when it comes to matching supply to demand, storing excess energy, and always being able to provide power. This obviously leads to the need for storage as a solution to variability. Additionally, most states with large renewables sectors, such as California and New York, have established storage mandates within state legislation to meet their state goals, which directly translates into market growth when it comes to storage.
• Favorable government policies and incentives The use of government support will aid in the quick and further adoption of energy storage systems in the U.S. The 2022 Inflation Reduction Act (IRA) provided the Investment Tax Credit (ITC) to standalone storage systems (up to 30% tax credit). Additionally, through state mandates (California Assembly Bill 2514), there are energy storage targets for utilities and businesses to satisfy. With funding from the U.S. Department of Energy (DOE) for battery research and development (R&D) and grid modernization, innovation becomes even easier to achieve. With government backing, these will lower the price tag for developers and move projects along much quicker, especially in demand centers, meaning the market will continue to grow steadily in each area of the market.

What Are the Restraints in the U.S. Energy Storage Market?

• High initial capital for deployment High upfront capital required for deployment is one of the biggest friction points in the U.S. energy storage market. The cost of batteries has been decreasing, but continuing with large-scale installations involves large minimum investments in technology, infrastructure, and conversion or upgrading utility business protocols. Utility-scale lithium-ion battery storage systems that account for about 95% of the current market segment cost utilities thousands of dollars per kilowatt-hour of installed capacity, as larger installations will account for other planning factors that include permitting, interconnection, and operational costs. It is important to note that batteries pose challenges to small businesses or homeowners seeking a utility-grade storage system to obtain credit for long-term savings despite the relatively low upfront costs. Additionally, the lack of access to strong financial incentives in different states creates even larger barriers to entry into the market space. The ability to pursue deployment may vary by state, which can complicate assessments of the full market development potential.
• Limited battery lifespan and recycling challenges A significant limitation for the U.S. energy storage industry is the disposal and recycling of batteries, particularly the limited lifespan of energy storage batteries. With lithium-ion batteries only having a certain lifespan, typically 8-10 years, it’s important to understand the future economics of any long-term sustainability projects. Batteries degrade and become less efficient, and power generation is affected, resulting in maintenance and possibly replacement. While there are procedures in place to recycle batteries when they are no longer usable, the infrastructure for used batteries has not developed in the U.S. To compound this, recycling used batteries while being developed is poorly executed in regard to the environment. The improvement of recycling technologies is moving forward, but safety limitations provide few existing growth opportunities in regard to advancement, and generate uncertainty about investors' purchases. These factors also slow the adoption of energy storage assets (batteries outlined here); however, while lithium-ion as a market grows, it is equally challenged when we consider utility and commercial users who need long-term cap-ex or operating cost-effective solutions.

What Are the Opportunities in the U.S. Energy Storage Market?

Emerging opportunities in the U.S. energy storage market include going "second life" with batteries and vehicle-to-grid (V2G) integration. Reproposing an electric vehicle battery for grid storage keeps the battery in use for a new application and mitigates waste. V2G technology impacts the grid by allowing electric vehicle owners to take their energy back from the vehicle into the grid, creating a dynamic network of storage. Markets for storage technologies are also being created by microgrids, rural electrification, and energy resilience are focused on more distributed energy solutions and diversification. These opportunities can help produce a wide spectrum of economic and environmental benefits in the near future.

Industry Leader Announcements

• Mike Judd, President and Chief Executive Officer of Stryten Energy, said in a statement:

“Stryten Energy is committed to growing its domestic energy storage capacity to serve the needs of our customers and partners in the United States. The path to American energy security can and must rely upon domestic companies like Stryten, which manufacture batteries that keep supply chains running and critical infrastructure supplied with the backup power required to keep their operations running smoothly. Our investments to significantly increase the gigawatt capacity across our footprint will help to support the growing energy demand and achieve our nation’s goal of true energy resilience.”

Segmental Insights

Why did battery management systems dominate the U.S. energy storage market?

The U.S. energy storage market by source was led by battery management systems (BMS), which are important because they ensure the safe, effective, and long-term operation of a battery. A BMS maintains multiple parameters (i.e., temperature, voltage, and current) in order to ensure that batteries work safely and efficiently, and to avoid failure. This is valuable motivation to ensure a BMS in both utility-scale storage and residential systems. Lithium-ion batteries represent the bulk of storage (and BMS) as they lead the energy storage market, and continued demand for more advanced BMS is expected as more companies launch products to meet demand. With increasing investment in EV infrastructure and large storage installations, the need for reliable BMS (and, as importantly, reliable integration) is going to become widely recognized, and the ultimate value of BMS lies in their function of optimizing performance while extending the service life of batteries.

Why are energy storage systems the fastest-growing segment in the U.S. energy storage market?

Energy storage systems (ESS) are the fastest-growing source segment in the U.S. energy storage market by source. Given their important role in ensuring that power grids are balanced and can support the increasing build-out of renewable energy, ESS is important. With more solar and

wind capacity, we need more systems that can store and deploy electricity on demand. ESS is growing rapidly, both as a stand-alone system and an integrated system in the market across residential, commercial, and utility mini-grids. The emergence of smart grids and decentralized electric power generation is also creating demand. The increase in energy storage systems is also directly attributed to government incentives, such as tax credits, found in energy policies like the IRA, which is helping spur the increase in ESS, and therefore, energy storage systems are the fastest-growing source segment in the current energy landscape.

Recent Developments in the U.S. Energy Storage Market:

• In July 2025, Lyten, a U.S. startup, leapfrogged Northvolt to take the first place in the race for next-revolution batteries by advancing lithium-sulfur technology faster. Its next-generation batteries delivered a higher energy density that used locally sourced materials and relied less on critical minerals.
• In April 2025, Stryten Energy announced plans to build an energy storage manufacturing capacity of 10GW in the U.S. to add resilience to scaled domestic battery supply chains, and support clean energy targets at every level, while lessening reliance on foreign imports. The scale observed by Stryten Energy was evident in the application and commercialization focus towards utility-scale and commercial-scale markets.
• In September 2024, the National Renewable Energy Laboratory (NREL) accelerated the clean energy transition around storage and other energy innovations by rapidly advancing battery energy storage research. The lab focused on novel materials science and research that focused on battery life and grid integration.

Competitive Landscape

• Company Name: Tesla
• Year of Incorporation: 2003
• Headquarters: Austin, Texas

Tesla offers energy storage solutions like Powerwall and Megapack that serve both residential and grid applications. They operate worldwide and leverage investments in AI software and next-generation battery research and development (including lithium-iron).

• Company Name: Fluence Energy
• Year of Incorporation: 2018
• Headquarters: Arlington, Virginia

Fluence has grid-scale energy storage systems and AI-powered software that builds grid flexibility and integration of renewables, and deploys and continues to expand its global project delivery in more than 30 countries.

• Company Name: LG Energy Solution
• Year of Incorporation: 2020
• Headquarters: Seoul, South Korea

LG Energy Solution is a manufacturer of lithium-ion batteries used in electric vehicles (EVs), energy storage systems, and consumer electronics. They manufacture in more than 20 countries and are developing solid-state batteries, completing more supply and arguing for major utility-scale projects in the United States