Our energy storage solutions help companies reduce their energy costs, ensure a more secure energy supply and benefit the environment. They can be used in a variety of ways.
At STABL Energy, we offer innovative energy storage solutions for industrial use that are based on the reuse of used vehicle batteries. These second-life battery storage systems are available both as outdoor containers and outdoor cabinets and guarantee 100% resource efficiency, safety and reliability.
The outdoor storage system from STABL Energy is available in a 20 ft container: For larger energy requirements, this offers a scalable solution with a usable capacity of 1,027 kWh up to 1,233 kWh per container and an output of 337 kW up to 405 kW.
The maximum overall efficiency during charging and discharging is 97%, the round-trip efficiency is 94%. The systems are also characterized by low noise emissions at maximum power. Flexible performance guarantees, including maintenance and service, offer additional security. The systems are certified in accordance with CE, IEC 62619, IEC 63056, VDE-AR 4105 and VDE-AR 4110.
The continuous monitoring and management of the battery storage system is cloud-based, which simplifies predictive and efficient maintenance. In addition, we offer free replacement of second-life batteries and a performance guarantee that can be extended to up to 15 years. By using used car battery modules, industry and commerce reduce their carbon footprint by 70%.
Is our Solution the Right Fit for You?
Our feasibility study clearly demonstrates, based on data, whether an electricity storage system would be worthwhile for your business, including potential savings and optimisation options.
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Self-consumption optimization
Balancing out fluctuations in energy generation and use and buffer storage of surplus energy for later use.
Peak Shaving
Reduction of peak loads and atypical grid usage to reduce energy costs and grid charges.
Intraday and algo trading
Targeted use of price fluctuations on the electricity market for cost-effective interim storage and for selling electricity at higher prices.
First-Choice for STABL
The operating principle of inverters is based on "conventional sine wave technology". When charging 1,000 kWh into the storage system, 946 kWh can be recovered. In comparison, the recovery of conventional systems is 850 kWh. This means that we can use 100 kWh more electrical energy or electricity without having to remove it as waste heat through heavy air conditioning. We would like to point out that other manufacturers often only state the efficiency of the inverter, as this is often 98 % or more - with STABL it is 99.4 %. The battery efficiency is deliberately disregarded in the analysis, as it is worse. Only the overall efficiency is of decisive importance!
The transition to a decentralized, volatile, and climate-friendly energy system presents companies with new challenges—and opportunities. Battery storage systems are becoming increasingly important strategically: they enable electricity to be used in a more demand-oriented manner, reduce grid loads in a targeted manner, and open up new energy management options.
This white paper, which you can download, provides an overview of technical developments, current application scenarios, and market trends relating to stationary battery storage systems – to provide a basis for decision-making for a sustainable energy infrastructure.
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