Determining Optimal Capacity and Performance
Highly volatile energy prices, declining CAPEX costs, and subsidies through industrial electricity prices are prompting manufacturing companies to invest more heavily in energy storage solutions. This is because these solutions reduce peak loads, control flexible loads, and optimize self-consumption. The combination of these deployment strategies offers the greatest potential, but also presents a major challenge: accurate evaluation.
Through a preliminary study, we help you determine the optimal battery capacity and output for your property. To do this, we use high-resolution load profile data for the site, current and future PV generation profiles, and realistic cost scenarios to conduct a comprehensive economic feasibility analysis.
The study quantifies the value-creation potential resulting from optimizing self-consumption, managing peak loads, and market-price-driven storage management. Based on this, we derive specific recommendations for sizing the battery storage system and summarize them in a presentation of the results.
Determining the optimal battery capacity and power, taking into account:
Senior Consultant Energy Markets
Senior Account Manager
The optimal battery capacity and performance cannot be determined on a one-size-fits-all basis, but can only be calculated based on your individual load profile, PV generation profile, and realistic cost scenarios. This is exactly where our preliminary study comes in.
The energy market is increasingly rewarding flexibility with financial incentives. Our experts have written a concise white paper on flexible energy management. In it, they explain how companies can actively reduce their energy costs.
The key to the transition to electric mobility lies in the intelligent management of energy flows, load limits, and charging schedules—and in the seamless interaction of the underlying systems.