EU Energy Storage Market Growth: 30-35GW New BESS Deployment Plan
As the share of renewable energy continues to rise, Europe’s power systems are facing new challenges: how to address the intermittency of solar and wind power generation, how to mitigate energy price volatility, and how to enhance energy supply security.
Recently, the European Commission, together with the energy ministers of 22 Member States, companies in the energy storage sector, and relevant institutions, signed Europe’s first Tripartite Agreement on Energy Storage, aiming to promote the deployment of 30–35 GW of new energy storage systems in future phases and accelerate the transition of Europe’s energy system toward greater stability, flexibility, and low carbon emissions.
This policy signal indicates that energy storage is becoming a core infrastructure component for Europe’s new energy development.
The growth of new energy sources is driving increased demand for energy storage in Europe.
In recent years, Europe has continued to expand its share of renewable energy sources such as photovoltaics and wind power; however, these new energy sources exhibit intermittent characteristics and are highly susceptible to weather conditions, leading to unstable electricity supply.
For example, photovoltaic power generation is primarily concentrated during daytime hours, whereas the supply of renewable energy decreases during nighttime peak electricity demand periods; similarly, wind power output fluctuates depending on weather conditions. Therefore, Europe requires more energy storage systems to address the mismatch between energy supply and demand.
Battery Energy Storage Systems (BESS) can enhance the utilization rate of renewable energy by employing the approach of “storing electrical energy – regulating output,” thereby assisting the power grid in achieving:
- Balancing electricity supply and demand;
- Enhancing the integration capacity of new energy;
- Mitigates the impact of energy price volatility;
- Enhance energy supply security.
The 30–35 GW energy storage plan is creating new market opportunities.
This EU Energy Storage Deployment Plan will further drive the growth of Europe’s energy storage market.
Future European energy storage demand will primarily concentrate on three areas:
1. Large-scale grid-side energy storage
Large-scale energy storage projects can provide grid services such as peak shaving and frequency regulation, thereby enhancing the stability of the power system. Countries such as Germany, Spain, and the United Kingdom are actively developing large-scale energy storage markets.
2. Industrial and Commercial Energy Storage
As European enterprises face rising energy costs, an increasing number of factories and commercial buildings are adopting energy storage systems to reduce electricity costs through peak-valley pricing strategies, while simultaneously enhancing their energy security capabilities.
3. Home Energy Storage
The European residential photovoltaic market continues to grow, with the “PV + energy storage” model gaining increasing popularity among households. Residential energy storage can enhance the self-consumption rate of solar power and reduce reliance on the grid.
moPower supports the global energy transition
As a provider of new energy storage solutions, moPower remains closely monitoring the development of new energy markets across Europe, the Americas, and worldwide, offering efficient, safe, and intelligent energy storage products for residential, commercial, and industrial users.
In the future, as global new energy installations continue to grow, energy storage will play an increasingly vital role in energy regulation, grid stability, and green energy applications.
The EU’s target of 30–35 GW of new energy storage capacity deployment not only marks a new phase in Europe’s energy transition but also opens up even broader development prospects for the global energy storage industry.