In operating Battery Energy Storage Systems (BESS) assets, PowerUp’s digital twin analysis of 8 utility-scale sites totaling 596 MWh and 149 containers shows that 75% of sites experienced at least one HVAC-related thermal anomaly, while 21% of containers were affected.
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PowerUp cuts through battery data noise with advanced analytics, showing asset and fleet owners, integrators, and operators what matters, what to do, and why. We detect issues early so you can make confident decisions and keep battery performance strong — even when signals are complex or uncertain.
Advanced Battery Analytics
PowerUp’s advanced analytics help teams understand how batteries actually behave in operation, beyond standard KPIs, thresholds, and alarms.
By applying proprietary models grounded in electrochemistry and data science to operational data, PowerUp reveals emerging issues, performance drifts, and underlying behaviors that are difficult to detect with conventional monitoring tools.
This earlier and more discriminating visibility helps teams investigate sooner, prioritize effectively, and reduce the duration and impact of everyday anomalies. Over time, this translates into more usable energy, higher availability, and reduced safety risks across battery assets.
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Who We Serve
BESS Owners & Operators
Monitor battery performance across assets, detect emerging issues early, and support informed operational decisions that sustain performance, reduce losses, and manage risk over time.
BESS Integrators
Gain visibility into battery behavior across projects, identify emerging performance issues, and provide evidence-based insight that reduces liability risk and strengthens customer confidence.
Electric Mobility Fleets
Monitor battery health and behavior across electric vehicle fleets, detect early signs of abnormal degradation or safety risk, and support informed decisions that protect assets and extend battery life at scale.
Why PowerUp Exists
The transition to cleaner energy depends on battery systems that perform reliably over time, from stationary energy storage that supports the modern grid to batteries powering fleets of electric vehicles. When batteries underperform, degrade faster than expected, or behave unpredictably, the impact is felt twice: through increased cost and waste, and through reduced confidence in technologies essential to modernizing our energy and transportation infrastructure.
PowerUp was founded to address this challenge. Originating from research and patents developed in French national renewable energy labs, our work combines electrochemistry and data science to improve how batteries are understood and operated in the real world.
By enabling earlier, better-informed decisions, our products help battery systems deliver sustained performance, last longer, require fewer replacements, and provide the dependable foundation needed for a cleaner, more resilient energy and transportation system.
The True Cost of Battery Anomalies: The Value of Advanced Analytics
Building Reliable Battery Analytics from Real-World Telemetry: The Role of Pre-Processing and Post-Processing
Advanced battery analytics depends not only on the sophistication of analytical models, but also on the quality and interpretability of the underlying telemetry.
Beyond AI: Why Battery Analytics Require Electrochemistry, Data Science, and Real-World Validation
Despite the increasing availability of data and advances in artificial intelligence, accurately modeling battery systems in real-world conditions remains difficult.