Energy storage to increase 15-fold by 2030

Energy storage facilities worldwide are expected to reach a total of 411 gigawatts by the end of 2030. That's 15 times more than the 27 GW of storage that was online at the end of 2021.

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Energy storage facilities worldwide are expected to reach a total of 411 gigawatts by the end of 2030. That’s 15 times more than the 27 GW of storage that was online at the end of 2021. BloombergNEF, forecasts 13% more capacity by 2030 than previously estimated.

An estimated 387 GW of new energy storage capacity will be added worldwide between 2022 and 2030. This represents more than the entire power generation capacity of Japan in 2020.

Helen Kou, energy storage associate at BloombergNEF, states:

“The energy storage industry is facing growing pains. Yet, despite the rising prices of battery systems, the demand is clear. There will be more than a terawatt-hour of energy capacity by 2030. The world’s largest electricity markets, such as China, the U.S., India, and the EU, have all passed legislation that encourages the deployment of energy storage.”

Asia and the United States at the forefront

The United States and China will remain the two largest markets. Indeed, they will represent more than half of the world’s storage facilities by the end of the decade. Europe, however, is catching up with a significant increase in capacity fueled by the current energy crisis.

The expected acceleration of the U.S. market follows the passage of the Inflation Reduction Act in August 2022. Large volumes of funds are allocated to wind, solar and storage tax credits. According to BNEF, this legislation will allow for the construction of approximately 30 GW of energy storage between 2022 and 2030.

Asia-Pacific will be the region that builds the most storage capacity on a megawatt basis by 2030. The rapid growth of the Chinese market is the main reason for this. The Middle East and Africa are expected to lag behind their counterparts.

Geopolitics impacting energy storage

Russia’s invasion of Ukraine has had a clear impact on energy storage deployments in Europe. Record high electricity prices are forcing consumers to consider new forms of energy supply. As a result, this is driving the residential storage market in the short term.

In Europe, the REPowerEU plan and the renewed interest in energy security in the UK are at the forefront. These very ambitious targets for renewables allow for the significant addition of storage planned from 2025. BNEF has more than doubled energy storage deployments between 2025 and 2030 in Europe compared to previous forecasts.

 

According to BNEF forecasts, the majority of energy storage facilities built by 2030, 61 percent of the megawatts, will be used to provide what is known as “energy shifting,” or bringing forward or delaying the time of electricity distribution. Storage and renewable energy projects, especially storage and solar, are becoming more common around the world.

Canadian Solar's subsidiary commissions the Papago Storage facility, supplying electricity to Arizona Public Service to meet high summer demand, thus strengthening local energy capacity with a total potential of 1,800 MWh.
EDF Power Solutions has been selected by the Japanese government to build a 110 MW lithium-ion battery after winning a public tender aimed at enhancing the flexibility of the country's electricity grid.
Atmos Renewables has completed financing for a 100 MW battery energy storage system in Western Australia, marking the company's first asset of this type in the region and strengthening its presence in the Australian energy market.
Eos Energy Enterprises has received an additional $22.7mn from the US Department of Energy to complete the first phase of its battery manufacturing project in the United States, bringing total funding to $90.9mn.
A Wood Mackenzie report estimates required battery investments at $1.2 trillion to integrate an additional 5,900 GW of renewable energy, highlighting battery storage systems' key role in stabilising electrical grids.
Chinese company HyperStrong and Swedish firm Repono AB announce a strategic agreement to jointly implement large-scale energy storage projects totalling 1.4 GWh in Europe by the end of 2027.
Globeleq and African Rainbow Energy finalise financing for Africa's largest standalone battery energy storage project, raising ZAR 5.4 billion ($300 million) from Absa and Standard Bank in South Africa.
Matrix Renewables and Pioneer Community Energy have signed an energy capacity contract for a 22 MW battery storage project in Kern County, operational from early 2026.
The Ignitis Group is starting the construction of three battery energy storage systems in Lithuania, with a combined capacity of 291 MW and a total investment of €130mn.
Alinta Energy has appointed GenusPlus Group to build the first phase of the Reeves Plains Energy Hub Battery, a high-capacity storage facility designed to support grid stability in South Australia.
A partnership between Indonesia Battery and Contemporary Amperex Technology aims to launch a lithium-ion battery plant in Indonesia by the end of 2026, with a 6.9 gigawatt-hour capacity and planned expansion.
State Grid Wuzhong Power Supply Company announces the completion of the energy storage compartment at Tongli substation, a key step for the upcoming integration of a 300 MW shared storage power plant in Ningxia.
Globeleq and African Rainbow Energy finalise commercial agreements for a 153 MW energy storage project in South Africa, aimed at enhancing national grid stability and optimising peak energy management.
Estimated at 40.9 billion dollars in 2024, the global microgrid market is expected to grow at an average annual rate of 19.28% to reach 191.01 billion dollars by 2033, driven notably by innovative energy contracts.
The U.S. energy storage market set a historic record in early 2025, surpassing 2 GW installed in the first quarter despite increasing uncertainty regarding federal fiscal policies and tax credits.
The Sino-Moroccan joint venture COBCO has begun manufacturing essential lithium-ion battery components at its Jorf Lasfar plant, targeting a final annual capacity of 70 GWh, enough to equip one million electric vehicles.
Trianel teams with BKW and Luxcara to build a 900 MW lithium-iron-phosphate storage park in Waltrop, the first phase of a complex that could reach 1.5 GW and stabilise the German grid.
Blue Whale Energy partners with UNIGRID to deploy behind-the-meter storage systems adapted to constrained commercial and industrial urban areas in Southeast Asia.
Northvolt, recently placed under judicial administration, has received an indicative offer from a foreign investor to acquire its Swedish assets, signaling a potential imminent restart of its battery production units.
The frame agreement aligns Jinko ESS’s utility-scale storage technology with Metlen’s development pipeline, unlocking more than 3GWh across Chile and Europe while reducing delivery risk for grid operators.