Data-based analysis of battery storage

Monitoring & analysis of battery storage systems — transparency, safety, efficiency

‍Battery storage systems are central components of modern energy systems. With our vendor-independent monitoring, you can keep an eye on operating parameters at all times, comply with warranty conditions and avoid unplanned failures. This ensures cost-effective and safe operation over the long term — from the cell to the grid connection point.

Intelligent data analysis down to the cell level

‍We seamlessly integrate your operating data into our analysis platform and combine existing SCADA data with additional sensors. In this way, we can provide precise information on cell temperature, charging and discharging cycles, voltage and system behavior. Our algorithms identify trends, deviations and potential sources of error — the basis for early corrective measures and reliable operating behavior.

Warranty-compliant & legally secure

‍Compliance with manufacturers' warranty requirements is crucial for securing your investment. Our monitoring checks all relevant parameters — such as charging cycles, temperature curves and limit values — and documents them in an audit-proof manner. This protects you in the event of warranty claims and creates a solid basis for communication with OEMs, direct marketers and insurers.

Focus on long-term profitability

A battery storage system is only a worthwhile investment if it is operated economically efficiently in the long term. Monitoring enables detailed analysis of operating data to ensure that the storage is optimally used by the direct marketer. This includes reviewing charging and discharging processes in terms of market prices and network requirements. By identifying inefficiencies or sub-optimal operating strategies, adjustments can be made in coordination with the affected actors, which maximize the profitability of the storage system even in higher operating years.

Early detection & failure protection

‍Our continuous monitoring identifies anomalies before they cause critical damage. Temperature peaks, voltage deviations or faulty charge states are immediately identified, reported and evaluated. This allows you to intervene proactively — and ensure the availability of your systems even with increasing network integration and technical complexity.

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