2026 Global Energy Storage Report: Five Major Trends and Market Opportunities
In 2025, the global energy storage market reached a historic milestone—with annual new installed capacity exceeding 100GW for the first time, reaching 106GW. However, this achievement was not without challenges: China’s cancellation of mandatory renewable energy storage requirements, tightening supply chain restrictions in the United States, and Europe’s explosive 160% growth collectively painted a increasingly complex and diverse market landscape. Entering 2026, the energy storage industry will witness five core trends—supply chain restructuring, normalization of grid-integrated energy storage, large-scale adoption of non-lithium technologies, AI-driven data center demand surges, and hybrid project models becoming mainstream.
I. Global Energy Storage Supply Chain Restructuring and Market Multipolarization
China still dominates the global energy storage supply chain, but domestic overcapacity and rising localization requirements in various countries are driving Chinese manufacturers to shift production capacity to South Asia, Southeast Asia, the Middle East, and Europe. Meanwhile, global energy storage demand has evolved from “single-point bursts” to “multi-regional resonance,” with a tripartite market landscape dominated by China, the United States, and Europe, while emerging markets in Australia, the Middle East, and Southeast Asia are rapidly rising.
In response to this landscape, moPower continues to focus on industrial-commercial energy storage and portable energy storage solutions. Leveraging its international product portfolio and mature localized service network, the company has established robust distribution channels across Europe, the Americas, Southeast Asia, and Africa. The flexible deployment capabilities of moPower’s mobile energy storage systems exemplify how they perfectly meet overseas markets’ stringent demands for rapid delivery and localized maintenance services.
II. Grid-connected Energy Storage: Transition from Optional to Mandatory Requirement
With the increasing penetration of variable renewable energy sources like wind and solar power, grid stability faces unprecedented challenges. Grid-connected energy storage systems can independently regulate voltage and frequency, ensuring reliable operation of renewable energy-dominated grids. The cost premium for grid-connected systems has decreased from 10%-15% to nearly zero. By 2026, multiple countries including Germany, the UK, and Australia will begin mandating grid-connected technologies.
MoPower’s energy storage inverters and UPS products utilize pure sine wave output and intelligent switching technology, delivering stable voltage and frequency regulation capabilities. They seamlessly integrate with various renewable energy systems including photovoltaic and wind power, providing a robust technical foundation for building grid-friendly energy storage systems.
III. Scaling of Non-Lithium Technologies: Rise of Emerging Tracks Such as Sodium Batteries
The lithium battery supply chain is becoming increasingly complex, accelerating the commercialization of non-lithium technologies such as sodium-ion batteries and flow batteries. Wood Mackenzie points out that non-lithium technologies are emerging as a key sector in 2026. In China, sodium battery energy storage projects are expected to be implemented in batches by 2026; Europe and the United States are promoting long-duration energy storage deployment through mechanisms such as “revenue floor guarantees.” The global long-duration energy storage market is projected to grow from $6.34 billion in 2026 to $23.02 billion in 2036, with a CAGR of 13.8%.
moPower stays at the forefront of technological innovation, offering integrated solutions across multiple technical pathways in its industrial and commercial energy storage product portfolio. The company actively explores engineering applications of non-lithium technologies like sodium-ion batteries for specific scenarios, addressing increasingly specialized energy storage demands through a diversified product matrix.
IV. AI Data Centers Spark New Demand for Energy Storage
The explosive growth of AI computing power has dramatically transformed power consumption patterns in data centers—GPU load fluctuations now swing from 10% to 90% within milliseconds, posing challenges for traditional power grids. Data center operators are implementing battery storage systems to circumvent grid constraints, making energy storage the second most critical power source for data centers. In 2026, the synergy between computing and electricity supply was officially included in China’s Government Work Report. Global energy storage demand is projected to surge by 60% to 1,024 GWh by 2026.
moPower’s portable energy storage solutions provide highly reliable backup power for edge computing nodes and temporary data centers, while industrial and commercial energy storage systems enable rapid deployment and elastic scaling of data centers in grid-constrained areas, precisely addressing the electricity consumption challenges of the AI era.
V. Hybrid Project Model Becomes the Mainstream
The hybrid development model of “Renewable Energy + Energy Storage” is emerging as a global trend, effectively addressing the low utilization rate of wind and solar installations caused by insufficient grid integration capacity. In 2025, over half of newly added energy storage projects in Australia and India were hybrid projects. Hybrid systems not only enhance overall project profitability but also pose new challenges to energy storage equipment suppliers in terms of system integration capabilities.
moPower specializes in integrated photovoltaic-storage-charging systems and commercial-industrial energy integration solutions. Its modular, plug-and-play products seamlessly integrate with diverse renewable energy sources including solar and wind power, empowering clients to achieve energy self-sufficiency and maximize profitability.
Epilogue
In 2026, the global energy storage industry is at a critical juncture of accelerating transition from “policy-driven” to “market-driven” growth. Throughout this process, MOPOWER will continue to leverage its flexible product portfolio, leading technological reserves, and global service network to precisely align with market opportunities arising from five major trends, empowering global clients to seize the initiative in the wave of energy transition.
Note: The trend analysis in this article primarily references data from Wood Mackenzie’s “Top Five Global Energy Storage Trends 2026” report and industry organizations such as ESPLAZA LDES Network.