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Uplight AutoGrid vs GridPoint

AutoGrid orchestrates demand response for utilities across customer-owned devices; GridPoint manages energy directly for the businesses that own the buildings.

Side by side

	Uplight AutoGrid	GridPoint
Vendor	Uplight	GridPoint, Inc.
Pricing model	Quote only	Quote only
Free tier	No	No
Deployment	Cloud	Cloud
Open source	No	No
Best for	Utilities running demand-response and virtual-power-plant programs across distributed customer-owned devices.	Multi-site commercial businesses wanting to monitor and automate building energy use across locations.
Pricing	Enterprise licensing by utility size and managed load/device volume; not published. Pricing has not been verified yet — see the vendor's site.	Custom packages by site count and hardware scope; GridPoint offers a free initial energy analysis and a pilot program before contract. Pricing has not been verified yet — see the vendor's site.
Features	DER management system (DERMS) for demand response orchestration Virtual power plant coordination across batteries, EVs and thermostats Real-time load forecasting and flexibility scoring Behavioral and automated demand-response program management Battery storage program management Grid condition monitoring for dispatch decisions	HVAC health monitoring and anomaly detection Automated building scheduling and controls Multi-site energy usage dashboards Grid-interactive demand management participation Refrigeration and lighting equipment monitoring Energy efficiency and sustainability reporting

Verdict

Uplight AutoGrid and GridPoint both touch demand-side energy management, but they're built for opposite sides of the meter. AutoGrid is utility-facing DER management software (DERMS): it forecasts and orchestrates distributed energy resources it does not own — residential batteries, smart thermostats, EV chargers, behind-the-meter solar — into coordinated demand-response events and virtual power plants on a utility's behalf. GridPoint sells directly to the business that owns the buildings: multi-site commercial operators, chain restaurants, retail and convenience stores, whose sensors and controllers feed a cloud platform that flags HVAC and refrigeration running outside schedule and can automate scheduling.

There's a real, if secondary, overlap: GridPoint's grid-interactive layer lets its customers' buildings participate in utility demand-response programs, which is the same kind of event AutoGrid is coordinating from the utility side. But you're not choosing between them for the same job — a utility buys AutoGrid to manage a fleet of other people's devices; a building operator buys GridPoint to manage its own.

Choose Uplight AutoGrid if

You are a utility running demand-response or virtual-power-plant programs across customer-owned batteries, thermostats and EV chargers.
You need real-time load forecasting and flexibility scoring across a large fleet of distributed, third-party-owned devices.
Grid-scale dispatch decisions, not single-building operations, are the job.

Choose GridPoint if

You operate multiple commercial sites — restaurants, retail, convenience stores — and want to monitor and automate HVAC, refrigeration and lighting across them.
You want anomaly detection on equipment running outside its schedule at your own locations.
You want to participate in utility demand-response programs as a byproduct of managing your own buildings, not as your primary business.

The honest caveat

GridPoint offers a free initial energy analysis and a pilot program before contract, which is worth asking AutoGrid or any competitor to match if you're early in evaluation. Neither product substitutes for the other: a utility with a building-management problem, or a building operator trying to run grid-scale DER orchestration, is buying the wrong tool. See choosing an energy analytics platform for how these fit against Itron and Sense as well.

Last reviewed September 22, 2026

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