Qair, a leading independent renewable energy company, and PowerUp, a provider of cutting-edge battery analytics software solutions, today announced a new partnership agreement.
At The Smarter E 2026, Sander Jacobs, Chief Commercial Officer at Renewance, sat down with Jacob Yang, Marketing Consultant at PowerUp, to walk through what it takes to manage a battery from commissioning to end of life, and where analytics fits into the work.
At The Smarter E 2026, Jean-Marc Guillou, Business Unit Director at Socomec, sat down with Jacob Yang, Marketing Consultant at PowerUp, to explain why a company that has to stand behind a system for a decade or two needs more than the readings a battery reports about itself.
At Smarter E 2026, PowerUp’s Chief Revenue Officer, Philippe de la Fortelle, sat down with Jacob Yang, Marketing Consultant at PowerUp, to walk through what actually happens inside a battery when something starts to go wrong, and what a platform like Battery Insight® sees that a threshold alarm does not.
PowerUp’s battery data analytics are now built into every new Socomec Battery Energy Storage System (BESS).
PowerUp quantified energy unavailable due to inter-rack imbalance, helping Neoen confirm the operational impact, prioritize corrective action, and validate recovery after recalibration.
Inter-rack imbalance can make up to 25% of usable energy unavailable in operating assets and measurable imbalance can already exist at commissioning, even when individual racks remain healthy.
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.
Discover crucial insights and essential checkpoints for operators and owners navigating the Commissioning phase. Learn how advanced battery analytics tackle these challenges head-on, providing vital solutions and actionable insights.
Battery Energy Storage Systems (BESS) incorporate multiple layers of safety protection, from intrinsic cell-level mechanisms to module-level Battery Management Systems (BMS). Yet safety incidents, including thermal runaway events, continue to occur across the industry.
