BESS Optimization

Peak Shaving
-Load Peak Reduction

Production processes rarely follow a linear pattern. Short-term peak loads can lead to high energy costs and demand charges. The automated reduction of consumption peaks through a tailored battery energy storage system can significantly lower grid-related costs.


Ideal for:
✓ Industrial Facilities
✓ Retail & Logistics Centers
✓ Commercial Real Estat

Self-Consumption Optimization

Keep PV power within your own system to reduce grid electricity consumption and lower energy costs. Electricity generation from photovoltaic (PV) systems can fluctuate significantly. The objective is to store excess PV energy and use it at a later time when needed.

Ideal for:
✓ Commercial PV system operators
✓ Industrial and agricultural businesses with their own PV systems
✓ Residential property companies and multi-tenant buildings with PV installations

Storage-based charging for electric cars

Battery storage systems enable high charging capacities through intermediate storage, even if the grid connection is limited. Dynamic load management provides additional intelligence in the background.

Ideal for:
✓ Fleet operators (logistics, delivery services)
✓ Operators of public charging parks
✓ Charging infrastructure operators with grid-side availability restrictions

Community Storage

In order to increase the consumption of self-produced electricity within the local community, battery storage solutions are an innovative solution.



Ideal for:
✓ Housing associations and real estate developers
✓Municipalities and municipal companies
✓ Neighbourhood initiatives and cooperatives

Reduce Energy Costs

Optimize the Use of Renewable Energy

Increase Self-Consumption

Multi-Market Optimization

Together with our partner Enery, we market the flexibilities of your systems (battery storage systems, emergency power generators, small power plants and industrial plants) on the balancing energy and spot market. This makes your investment a potential source of income.

The principle is simple: the more markets, the more stable the cash flow. The more intelligent the algorithm, the higher the profitability. The better the degradation control, the longer the asset life.

Balancing energy market

During periods of overproduction, energy can be obtained from the grid at low cost and then stored. If the power grid is underfunded, energy can be called up from the company’s own system and marketed profitably.

Spot market

Day-ahead and intra-day market

Your storage system is charged at low prices and discharged at high prices, so that the price differences – minus costs and losses – generate revenues.


Technical integration, pooling

  • Flexibility market access & prequalification: Formal prequalification at APG for FCR, aFRR and mFRR – a prerequisite for participation in the high-margin ancillary services markets.
  • Aggregation of flexibility plants: Bundling of several storage sites into a virtual power plant in order to achieve minimum power limits for balancing energy markets.
  • Connectivity & Secure Communication: Providing the IT and telecommunications infrastructure for real-time control and data transfer between storage and trading platforms.
  • Billing and Support

Trading, Optimization & Market Access

  • Electricity market access & trading desk: Direct trading on the day-ahead market, intraday market and on the balancing energy markets via the company’s own licence and balance group.
  • Supply & state of charge management: Control of charge/discharge cycles, taking into account battery aging, grid requirements and market prices.
  • Multi-market optimization: Algorithmic distribution of available storage capacity to the most profitable market in real time.
  • Portfolio management: Maximizing the proceeds from battery storage investments across the entire portfolio.