Self-consumption storage

Optimised battery storage solutions for your company

For maximum efficiency

With our battery energy storage solutions (BESS), you can utilise your self-generated energy exactly when you need it.

With customised business cases, we cover various topics such as peak load capping, self-consumption optimisation, spot market and grid fee optimisation - and thus find the optimal solution for your company.

Battery storage for companies

Your advantages at a glance

Cost savings: By storing surplus electricity, you can cover energy requirements at times of high electricity prices from your own stocks, which leads to significant cost reductions.
Peak load management: Battery storage systems help to avoid peak loads by charging at times of low demand and discharging when demand is high. This helps to reduce grid charges and support grid stability.
Security of supply: Electricity storage systems enable a self-sufficient energy supply and increase security of supply. In the event of power outages, they can also serve as an emergency power source and increase the reliability of the energy supply.

Sustainability: The use of battery storage promotes the use of renewable energies, contributes to reducing the CO2 footprint and helps you to achieve your ESG goals.
Energy independence: With a battery storage system, you are less dependent on external electricity suppliers and fluctuating energy prices, which you can even use for cost-optimised procurement.
Price stability: With a battery storage system, you are less dependent on external electricity suppliers and fluctuating energy prices - what's more, you can even benefit from this and reduce your costs.

Multi-use case approach for your storage optimisation

Maximum efficiency with EPSherpa and battery storage

By combining our EPSherpa energy management system with a battery storage system, we use a multi-use approach to make optimum use of the storage capacity and maximise cost savings.

Peak Shaving

Possibility of flexible allocation of storage resources through forecast-based capacity provision
Use of storage capacity to minimise the maximum grid load
Reduction of the power price costs of the grid charges

Optimisation of PV self-consumption

Calculation of the storage capacity required per quarter of an hour based on the measured generation values and forecasts
Maximising self-consumption of PV electricity and minimising the residual load

Spot market and grid charge optimisation

Price-optimised procurement of residual load as part of a dynamic electricity tariff and the use of dynamic grid charges
Fully automated, cost-effective procurement of residual load by trading the available storage flexibility on all short-term electricity markets