Entero completes the acquisition of Grid AI
We’re combining Grid AI’s energy-orchestration platform with Entero’s scale to deliver steadier, lower-cost, and cleaner power—from individual homes to full data-center campuses. The result is simple: smarter timing, coordinated devices, and fewer grid-stress surprises.
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.
How the platform works
Think of it like an air-traffic controller for electricity: sense what’s happening, decide on the optimal plan, and coordinate many assets to behave like one.
SENSE
Read live conditions—device status, energy prices, weather, and grid signals—so decisions are always context-aware.
DECIDE
Calculate the best plan: when to charge or discharge storage, heat or cool buildings, produce on-site power, or defer non-critical loads.
COORDINATE
Synchronize many small and large assets so they act together—unlocking flexibility that supports both the site and the wider grid.
What changes with the acquisition
Service continuity
Existing Grid AI engagements continue without disruption. Entero adds resources and reach, preserving the same leadership focus with more capacity.
Faster Pilots
Additional engineering and partnerships accelerate utility programs and campus deployments—moving from pilot to production more quickly.
One team
Grid AI operates as a wholly owned subsidiary of Entero—same mission, expanded support—so customers gain stability and long-term alignment.
Built for scale
- From a single site to multi-gigawatt campuses with integrated generation and storage.
- Works with existing hardware—turns connected devices into flexible grid resources.
- Designed for the rapid growth of data-center computing and electrified transport.
Go to the Grid-AI.com Website
Review the Grid-AI Business Overview - October 2025
Leadership
Energy and software operators with deep experience building products that bridge physical infrastructure and intelligent control.
Ready to pilot?
Let’s orchestrate your homes, stores, or campuses into one flexible energy asset—improving reliability, lowering cost, and reducing emissions.
Contact Entero for partnership, pilots, or investor relations.
Definitions: Artificial intelligence — software that learns patterns to help people make better decisions. Virtual power plant — many devices coordinated so they behave like one large power source. Distributed energy resources — small-scale assets like batteries, rooftop solar, and controllable loads.
