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Energy storage using industrial batteries
Temporarily storing excess energy is crucial for optimizing your self-consumption. By using a battery as a buffer, you can store solar and wind energy that you do not use immediately.
Additionally, you can charge or discharge the battery based on energy prices while ensuring operational reliability in the event of a power outage.
We provide Battery Energy Storage Systems (BESS) for the B2B market. As an installer, we handle the entire process, from energy study to execution of electrical works, acting as the main point of contact with the grid operator.
Your Financial Benefits
- Optimize self-consumption: Store excess energy from solar panels or wind turbines for later use (e.g., in the evening or during low production periods).
- Reduce capacity tariff via peak shaving: Smooth out high consumption peaks to avoid extra charges.
- Energy price-based revenue model: Charge or discharge your battery depending on market prices (Energy trading via imbalance, day-ahead prices, FCR, and FRR), significantly reducing your energy costs.
Your Ecological Benefits
- Lower CO₂ emissions: By maximizing the use of locally produced renewable energy, you reduce dependence on fossil fuels.
- EV charging infrastructure support: Batteries can store energy to power charging stations without overloading the grid, particularly useful in areas with limited capacity.
- Fast charging facilitation: Industrial batteries can support the high power demand of fast-charging stations.
Operational Security
- Emergency power supply: In case of power failure or grid instability, the battery can keep critical equipment running.
- Grid stability: The battery absorbs fluctuations in the grid, which is especially important when using variable renewable sources.
- Off-grid applications: In some cases, a battery can enable fully independent operation, such as in remote locations.
