Turn actionable insights into performance FlexGen’s HybridOS™ brings operator analytics, plant controls, and data access into one unified experience. Schedule a Demo Anticipate, prioritize, and resolve issues Predictive diagnostics turn HybridOS’s 13M hours of runtime into your prioritized insights. Unlock stranded energy Quantify and act on the unused capacity resulting from discrepancies and imbalances. Reduce operating effort Investigate issues, manage cases, and automate routine controls within one operating environment. Anticipate emerging issues, quantify their impact and prioritize action From weighing the capacity benefit of calibration against time offline, to planning future augmentation, HybridOS™ gives your team the evidence to focus maintenance where it delivers the most value and help protect uptime during critical operating windows. Digital Twin See where performance diverges Compare actual equipment behavior with modeled expectations to spot performance gaps. Help operators focus investigation on the equipment and conditions affecting site performance. Virtual, customized site mapping Early deviation detection prior to alarm and fault conditions User friendly, easily accessible data comparison Recover Stranded Energy Quantify the calibration tradeoff Quantify energy left unavailable by charge imbalances across battery racks. Weigh the potential capacity benefit of calibration against time offline to decide whether and when to act. Automated SOC calculations identify inaccuracies Quantify scale of stranded energy in MWh Leverage insights to plan next steps Predictive Diagnostics Enable teams with built-in operating experience Apply lessons from HybridOS’s global operating experience, coupled with FlexGen lifecycle services, to identify emerging anomalies and prioritize investigation. Plan responses earlier to avoid downtime during critical operating windows. Actionable insights and next steps Malfunctioning sensors Voltage imbalances Temperature anomalies Cloud Historian and API Access Build on your operating data Access extended operating history for deeper analysis and your own AI models. Combine HybridOS data with market, maintenance, and financial information to evaluate performance and guide decisions. Operating patterns played out across vendors and hardware Years of engineer and operator experience built into the system Translated, well organized data sets Calculated State of Health Plan for moments of augmentation Track battery health and usable capacity over time to inform degradation forecasts. Evaluate when augmentation may be needed and plan investments around future operating requirements. Ongoing capacity measurements between annual tests Adaptable to hardware configurations Track the impact of operating cadence on battery degradation curves See HybridOS™ in action HybridOS™ replaces fragmented site visibility with a single, unified platform. Schedule a Demo 17 years of experience across energy markets 200+ Projects completed. Serving customers with unique needs including developers, IPPs, EPCs, utilities, munis, co-ops, data centers and more. 25+ GWh completed and under contract. That’s enough storage capacity to provide electricity to 5 million average U.S. homes for 4 hours. 10+ Countries with active and contracted deployments. FlexGen supports a variety of projects across all 10 U.S. energy markets and internationally. 13 Million hours of runtime. HybridOS’ single codebase is built off and improves from the cumulative experiences of 200+ global projects and 80+ equipment configurations. Frequently Asked Questions How are analytics connected to HybridOS controls and operating data? HybridOS brings basic analytics, advanced analytics and AI, operator controls, and data access into one operating environment. Your team can move from fleet-level visibility to equipment-level investigation, review operating history, and take informed action with the relevant context at hand. How does predictive diagnostics help prioritize action? HybridOS uses operating data to identify emerging anomalies and prioritize investigation. Its global operating experience, coupled with FlexGen lifecycle services, informs diagnostic improvements. This helps your team assess developing issues and plan responses earlier, reducing the risk of unplanned downtime during critical operating windows. What do calculated state of charge and state of health tell me? Calculated state of charge helps your team understand how much energy is available and how charge is distributed across battery racks. Calculated state of health tracks changes in battery capability over time compared with degradation curves. Together, they provide context for investigating capacity limitations, evaluating calibration and planning augmentation. How does HybridOS support augmentation planning? HybridOS uses battery health trends and degradation forecasts to help your team evaluate future capacity needs. These insights support decisions about when to augment, how much capacity to add, and whether a phased approach makes sense. Earlier planning gives your team more time to request any interconnection changes, coordinate budgets, and manage operating schedules. Can our team access the data for its own analytics and AI models? Yes. HybridOS supports access through local and cloud historians and APIs. Your analysts can use operating history for deeper investigation, performance analysis and customer-developed AI models, or combine it with market, maintenance and financial information to evaluate decisions around your business priorities.
