Co-location with battery storage
Maximize revenues through the perfect synergy of renewables and storage.
Optimizing renewable energy
Co-location combines your wind or solar farm with a high-performance battery
energy storage system (BESS) at a shared grid connection point.
This
combination purposefully safeguards your revenues against negative power
prices and prevents costly curtailment during periods of excess generation.
Instead of taking losses, the energy stays within the system and is marketed
at the optimal time.
Only the intelligent combination with a battery storage system makes your renewable energy project maximally profitable. We safeguard your returns and unlock additional revenue streams on the power market – regardless of whether the sun is shining or the wind is blowing.
Grid connection points are in high demand – and you already have one! With a battery storage system, you make the most of it and secure high revenue potential.
Combining solar or wind energy with battery storage creates additional revenue potential and makes the best possible use of valuable grid connection points.
Making the most of price fluctuations: Your storage system absorbs electricity during periods of high solar generation and low market prices – and sells it profitably as generation drops and prices rise.
Get the most out of your storage system: By intelligently combining intraday trading and ancillary services (balancing power), you generate additional revenue potential.
Maximum economic efficiency: Through the co-location of PV and storage, you benefit from synergies in grid connection, land use, infrastructure, and ongoing maintenance.
No matter the model: We extract the maximum value from your facility.
RE plant + gray electricity storage
The storage system can flexibly draw electricity from the grid as well as absorb locally generated energy. We coordinate the BESS and the generation plant in perfect synchronization.
RE plant + green electricity storage
The storage system exclusively charges energy directly from the coupled renewable energy plant – drawing power from the grid is not possible. This allows for a faster approval process with the grid operator (DSO) and provides a future-proof foundation to make a later expansion into a gray electricity storage system verifiable/approvable.
Why choose us?
Over 10 years of trading expertise
In balancing power, wholesale, and capacity markets in Germany, France, the Netherlands, and Bulgaria.
Why choose us?
Integrated performance guarantee
The asset-specific benchmark guarantees maximum transparency regarding our performance for clients.
Why choose us?
Over 10 years of trading expertiseIn balancing power, wholesale, and capacity markets in Germany, France, the Netherlands, and Bulgaria.
Why choose us?
Integrated performance guaranteeThe asset-specific benchmark guarantees maximum transparency regarding our performance for clients.
Why choose us?
Over 10 years of trading expertiseIn balancing power, wholesale, and capacity markets in Germany, France, the Netherlands, and Bulgaria.
Why choose us?
Integrated performance guaranteeThe asset-specific benchmark guarantees maximum transparency regarding our performance for clients.
We look forward to hearing from you!
Our References
We look forward to hearing from you!
Optimization of battery storage systems with 2.9 GWh capacity in Bulgaria
Together with Electrohold Trade, we are realizing a co-location project with over 2.9 GWh of battery storage capacity – one of the largest of its kind in Europe. Starting in Q4 2025, we will take over the commercial marketing of the capacities on the energy markets. This project demonstrates how scalable storage solutions are becoming a core pillar of a sustainable and economical energy infrastructure.
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Fenecon and The Mobility House Energy industrialize construction and marketing of large-scale storage systems from EV batteries
A 48 MWh large-scale container storage system made from new vehicle batteries in Grevesmühlen combines economic efficiency with a resource-saving circular economy. Our long-standing trading experience and self-developed algorithms guarantee minimal battery degradation while maximizing economic efficiency.
Electric cars power the Amsterdam Arena
Since 2018, together with system integrator Eaton, we have been using a 3 MW battery system powered by 148 second-life batteries from Nissan Leaf vehicles to replace diesel generators and enhance grid stability across Europe. With a capacity of 2.8 MWh, it stores energy from 4,200 solar panels and serves as a backup power supply for major events, including football matches and concerts. In between, the batteries are traded on the energy markets.
Large-scale storage in co-location with a solar plant
Together with the IFES Institute for Energy Storage under the leadership of renowned Prof. Dr.-Ing. Michael Sterner, the project represents a leap forward in storage technology: two Fenecon Industrial L storage systems in co-location with a solar plant near Regensburg. The flexibility of the storage system is made available to short-term and ancillary service markets.
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Intelligent real-time trading for battery storage
Our algorithm-based FlexibilityTrader optimizes the trading of TESVOLT large-scale battery storage systems in real time. Automated trading decisions on spot and balancing power markets maximize revenues while simultaneously supporting grid stability. Through this cooperation, we demonstrate our expertise in trading the flexibility of virtual assets, delivering genuine added value.
Decentralized flexibility for guaranteed minimum market revenues
Via terralayr’s flexibility platform, we gain fast access to virtual battery storage capacities that we can flexibly scale and trade across various markets. As the designated optimizer, we not only handle the marketing of the available capacities but also ensure that unsold capacities are still traded on the markets. This allows us to guarantee asset owners a guaranteed minimum market revenue.
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Become part of the energy transition with us as your partner
These battery storage systems are already playing a pivotal role in the energy transition today.