Support decisions across power generation, grid and utility operations, renewables, water, and waste — with plant- and network-specific guidance that works alongside the EMS, SCADA, historian, and CMMS systems you already run.
Heat Rate & Availability
Support unit load, fuel, and forced-outage decisions.
Grid & Outages
Keep switching and restoration guidance accessible.
Resource & Curtailment
Protect capacity factor and site availability.
Process & Energy
Support NRW, pumping, diversion, and plant reliability.
Industry Challenges
Energy and utility operators balance dispatch, network reliability, resource variability, and regulated service across generating units, substations, renewable sites, water networks, and waste facilities.
01
Thermal units ramp, part-load, and coordinate auxiliaries as demand and ambient conditions change. Without clear operating insight, teams stay conservative on heat rate while forced outages still decide whether capacity is real.
02
Planned and forced outages depend on sequenced isolation, clearance, and restoration. When approved switching sheets are hard to find, control-room and field crews invent the next step under pressure.
03
Wind, solar, and storage already produce when the resource is there. Curtailment, inverter trips, and forecast miss show up after the market has moved — while gearboxes and power electronics still fail inside a run.
04
Treated water lost before the meter, contaminated recyclables, and aeration or pumping that runs hard to cover uncertainty all write energy and compliance costs before a single alarm tells the full story.
Relevant Capabilities
Support generating-unit, network, and plant decisions, and keep approved procedures available across control rooms and field crews. For turbines, transformers, pumps, and rotating assets, Predictive Maintenance adds condition-based monitoring.
Units, Networks & Plants01Process Optimization
OptiStudio
Support load, heat-rate, network pressure, renewables performance, and water or waste process decisions using models built from your EMS, DCS, SCADA, and historian data. Recommendations stay within approved equipment, emissions, and service limits, and your teams review every suggestion before settings change.
Typical focus areas
Operating GuidanceOutage KnowledgeClearer Field Decisions
Outages & Switching02Operational Knowledge
ExpertFlow AI
Provide control-room and field teams with access to approved switching sheets, outage plans, isolation checklists, and incident response steps. Answers stay linked to the source document, supporting more consistent work during planned outages and forced events.
Typical focus areas
Ready to discuss your operational challenges? Talk to Our Engineers
Implementation
Every deployment starts with your existing plant and network systems. AI models are validated before recommendations are introduced into operations.
Understand your operational objectives, connect existing EMS, SCADA, historian, and CMMS systems, and assess available data to identify the highest-value Industrial AI opportunities.
Develop and validate AI models using your operational data to deliver reliable recommendations aligned with your operating objectives before deployment.
Provide AI recommendations and trusted operational knowledge to plant and field teams, supporting confident decisions while operators remain in control.
Expand proven AI applications across generation, grid, renewables, water, and waste operations with continuous optimization, governed knowledge, and ongoing engineering support.
Operational Outcomes
Industrial AI helps energy and utility teams make more informed operating decisions, improve equipment visibility, and keep approved procedures available across crews. Outcomes depend on your priorities, data, and scope.
01
Support heat-rate, network, renewables, and process-energy decisions when load, resource, or demand conditions change.
02
Support earlier visibility into turbines, transformers, pumps, inverters, and rotating asset condition so maintenance planning can use clearer signals.
03
Support access to the same approved switching, isolation, and restoration steps across shifts and contractor crews.
04
Keep outage packages, incident steps, and operating guidance available in the control room and in the field.
No. INSUS works alongside your existing EMS, DCS, SCADA, historians, maintenance platforms, and document systems. Industrial AI provides recommendations and operational intelligence while your operators and engineers remain in control of what gets implemented.
This parent page covers Power, Utilities (grid and distribution operations), Renewables, Water, and Waste. Each has a dedicated page for more specific operating problems and use cases.
The right combination depends on your priorities. Energy and utility operators typically use OptiStudio for unit, network, and process guidance, ExpertFlow AI for outage and switching procedures, and Predictive Maintenance for turbines, transformers, pumps, and other critical assets.
AI models are developed and validated using your operational data before deployment. Recommendations stay within approved equipment, emissions, and service limits, remain traceable, and are reviewed by your team before implementation.
Yes. INSUS connects with common systems used across Energy & Utilities, including EMS, DCS, SCADA, historians, CMMS, and document control platforms, without replacing your existing infrastructure.
Talk to Our Engineers
Share the generating unit, grid outage workflow, renewables site, water network, or waste plant gap you want to address. Our engineering team will review practical opportunities and the INSUS capabilities that fit your operation.
