Curtailable in seconds
When the regional operator or the local utility signals stress, the load can drop quickly and predictably — the defining feature of a true demand-response resource.
Grid & reliability
A load that helps the grid instead of straining it.
New England's grid is tightest on the coldest and hottest hours of the year. A flexible, curtailable load is one of the few kinds of demand that can step back at exactly those moments — turning a heat-making computing load into a reliability asset.
The core idea
Most demand is rigid. This one isn't.
A home furnace or a hospital can't simply turn off when the grid is stressed. A heat-recovery computing load can — it can throttle down or pause within seconds and resume later, because the work it does is interruptible.
Avoids the peaks
By backing off during the region's coincident-peak hours, the load helps the local utility avoid the costliest capacity and transmission charges — savings that stay in the community.
Soaks up surplus
When clean power is abundant and prices are low, the load can run harder — helping make use of energy that might otherwise be curtailed or wasted.
Why this matters now
Flexible load is part of how the grid grows responsibly.
Studies of large electricity systems increasingly show that adding new demand that can curtail for a small fraction of the year lets the grid absorb far more load without new strain. A flexible, curtailable load is the practical version of that idea — operating locally, behind a single meter.
Behind the meter, under local control
The load sits on the customer side of the Mansfield Municipal Electric Department meter. That keeps coordination local and lets the load respond directly to the conditions the municipal utility cares about.
Heat and flexibility together
Crucially, curtailing the load doesn't waste the heat investment. The building's existing system simply carries the heating load during those hours, so reliability and comfort are never traded against each other.
For grid and energy partners. We're glad to discuss curtailment protocols, measurement and verification, coincident-peak strategy, and how the resource can be represented in demand-response and capacity contexts. Detailed operational data is available under appropriate terms.
Talk through the reliability case.
Whether you're a municipal utility, a grid stakeholder, or a curious resident, we can explain how a flexible load earns its place.