
Mission
YOUR PARTNER FOR DIALOGUE WITH THE ENERGY STORAGE INDUSTRY
Energy Storage Systems Association (BVES) is committed to establishing energy storage as a sustainable and efficient component of the renewable energy landscape in the electricity, heat, and mobility sectors. The objective is to enable the broad use of storage technologies and provide flexibility and security of supply for the entire energy system.
Our goal is to create a stable foundation for the dynamically growing storage industry, identify and overcome market barriers at national, European, and international levels, and develop widely accepted standards and norms.
History
BVES was founded in 2012 by pioneers in the German energy storage industry and has since become a rapidly growing business association. With over 250 member companies and partner organizations from Germany, Europe, and around the world, BVES is the leading network representing the interests of the energy storage industry.
Over the past decade, BVES has established a strong network both within the storage industry itself and in application areas such as the solar and wind sectors, the chemical industry, the financial sector, energy providers, and the automotive industry.
Our members
Our members represent the entire value chain of energy storage systems: development, manufacturing, financing, operation, insurance, certification, research, and regulation. From the beginning, they have been committed to the energy transition and technological solutions, establishing “made in Germany” storage technologies as an international quality standard. Our membership includes start-ups, a large number of medium-sized companies, and international corporations, covering the full spectrum.

Mission statement
Together with its members, BVES works towards the main goal of strengthening Germany as an industrial country through a decentralized, digitized, and decarbonized energy system. Energy storage systems form the necessary foundation alongside generation, transport, and consumption. With a clear vision of the energy system of the future, we summarize it as follows:
- Rapid expansion of renewable energies without any caps or legal restrictions
- Abolition of double taxation and fees for energy storage for fair market competition
- A new market design that rewards flexibility and cost efficiency and provides long-term investment security
- Flexible sector coupling: The sectors of electricity, heat, and mobility seamlessly integrate with each other
- Prosumers at the center of the new energy system: Individual citizens, households, and neighbourhoods come together temporarily and easily to form energy communities and freely trade energy among themselves.
Activities
As a competent dialogue partner for policymakers, BVES actively contributes its solution proposals to the legislative processes. It represents the interests of its members in politics, business, and society at regional, national, EU, and international levels. At the same time, BVES supports its members with targeted public relations efforts.
BVES brings together leading experts from all areas of the energy storage industry and provides them with the appropriate platform for exchange and networking. Research and development of storage technologies remain an essential part of the association’s work. Close collaboration with research institutions and universities takes place in various working groups. Additionally, BVES develops its own standards and norms for storage technologies and is involved in national and European standardization committees.
As a partner of the Volta‑X Energy Fair in Stuttgart, BVES is actively involved in the development of a high-quality platform for exchange with users, customers, and industry experts within the field.
Solutions
ENERGY STORAGE SYSTEMS
A power storage system is capable of absorbing, storing, and later releasing electrical energy with a time delay. During the storage process, depending on the type of storage, there is a conversion into a different form of energy, so the energy in the storage system itself is not necessarily in the form of electrical energy (exception: electrical storage systems). Only during the discharging process, in these cases, is the energy converted back into electrical energy.
