We realize large-scale battery storage projects because we believe that private investment is a crucial factor in creating a sustainable and independent energy supply. Our goal is to make the energy transition successful and irreversible. We achieve this by closing the storage gap through continuous expansion.
Our value chain in Germany extends from site development and construction to the operational management of storage power plants based on Li-ion battery technology. Using data science, we secure the pioneering role of innovative storage business models as the basis for profitable investments.
As we always view our projects as projects for the common good, we also pay close attention to local interests during implementation and are transparent, open to dialogue and solution oriented.
Our battery storage systems operate in a grid-supportive manner, helping to reduce overall system costs in the energy grid. Using our proprietary Digital Twin, grid bottlenecks can be precisely predicted, allowing for optimal coordination between storage operation and grid demand. This targeted approach helps to avoid redispatch costs.
The strength of our system lies in its robust and modular construction, as well as in a sophisticated cooling concept. This allows the systems to operate continuously, without daily restrictions on power or cycling frequency, achieving the best price spreads on the spot market, a key factor for the economic viability of battery storage.
We rely on agile development processes, strict quality assurance, and the use of proven industrial components. Combined with our experienced operations and service team, we can guarantee high system availability.
Our battery storage systems operate in a grid-supportive manner, helping to reduce overall system costs in the energy grid. Using our proprietary Digital Twin, grid bottlenecks can be precisely predicted, allowing for optimal coordination between storage operation and grid demand. This targeted approach helps to avoid redispatch costs.
The strength of our system lies in its robust and modular construction, as well as in a sophisticated cooling concept. This allows the systems to operate continuously, without daily restrictions on power or cycling frequency, achieving the best price spreads on the spot market, a key factor for the economic viability of battery storage.
We rely on agile development processes, strict quality assurance, and the use of proven industrial components. Combined with our experienced operations and service team, we can guarantee high system availability.
8 MWh (in Betrieb)
16 MWh (in Betrieb)
16 MWh (in Betrieb)
24 MWh (in Betrieb)
24 MWh (in Betrieb)
12 MWh (in Betrieb)
8 MWh (in Betrieb)
BOLLINGSTEDT
238 MWh (in Betrieb)
FÖRDERSTEDT
716 MWh brutto (DC)
(in Bau)
WENGEROHR
600 MWh (in Planung)
SCHUBY
238 MWh (in Bau)
Trossingen
716 MWh brutto (DC)
(in Planung)
ECO STOR develops and constructs storage projects throughout Germany. Each of our systems typically has a standard capacity of 238 MWh. Thanks to their modular design, these systems can be easily scaled up to 300 MWh to meet specific project requirements. Our goal is to establish 30 sites across Germany with a total capacity of 10 GWh by 2030.
Large-scale battery storage systems are the missing link between renewable energy producers and the consumers of an industrial nation. ECO STOR’s storage systems are connected at the interface between distribution and transmission grids, enabling participation in as many electricity markets as possible. In doing so, they accelerate the transition toward a clean and secure energy supply.
Consumers continuously require energy from the grid. Many are not able to adapt their consumption flexibly to the fluctuating production from wind and solar.
Wind and solar plants produce depending on weather conditions. The plants cannot adapt their production to the requirements of the consumers.
Grid connected storage systems work on the interface of renewable energy production and consumption. They care for a timely and quantitative balancing between supply and demand.
