Stronger Reliability
Coordinate many small and large energy assets so the lights stay on—even when demand surges.
We time flexible loads and storage to take pressure off local feeders and substations during tight hours.
Lower cost
Shift when devices consume power to cheaper hours and dispatch on-site generation wisely.
Households and businesses save automatically; operators reduce peak charges and imbalance costs.
Cleaner energy
Match usage with renewable output to cut emissions without sacrificing uptime.
Better timing means more wind and solar in the mix—and fewer emissions-heavy peaker plants.
Homes & small businesses
The platform quietly times everyday devices—vehicle chargers, batteries, heating/cooling, and appliances— so they run when energy is cleaner and cheaper.
Automatic savings
Less grid stress
Opt-in utility programs
Defined: a “virtual power plant” is a network of devices coordinated so they behave like one large power source.
Utilities & energy retailers
Real-time coordination of customer devices and on-site assets turns flexibility into measurable value—improving program design and customer satisfaction.
Peak reduction
Dynamic pricing
Market participation
Defined: “distributed energy resources” means small-scale assets like batteries, rooftop solar, and controllable loads.
Artificial-intelligence & industrial campuses
Orchestrate very large sites—integrating grid connections, on-site generation, and storage—to keep service-level uptime while minimizing total energy cost.
Stable power for GPU computer
Predictable bills
Lower emissions
Defined: “artificial intelligence” refers to software that learns patterns to assist human decision-making.
