Dispatchable Load
Most overlookedYou're going to be curtailable. We make it painless.
Flexibility has stopped being a nice-to-have and become a condition of connection. Engineered properly, it's also the fastest path to firm power.
Interconnection is no longer first-come, first-served.
Texas Senate Bill 6, signed in June 2025, requires large loads above 75 MW to curtail on ERCOT instruction during declared grid emergencies — and new large loads energizing after December 31, 2025 must install equipment enabling remote disconnection during firm load shed.
ERCOT also replaced its one-project-at-a-time study process with a system-wide batch process. Other markets are moving in the same direction.
The question is no longer whether your load will be interruptible. It's whether that interruption is engineered by you or imposed on you.
Scope
What we actually build
Why flexibility is the fastest route to power
Research from Duke University's Nicholas Institute found the grid could absorb roughly 100 GW of new flexible data center load with curtailment needed in fewer than 1% of annual hours across the 22 largest US balancing areas.
Read that again: the capacity exists. It is available to loads the system can lean on, and unavailable to loads it can't. A rigid load asks the utility to build for your worst hour. A flexible load asks it to accommodate your average one. Those are completely different requests, and they get completely different answers.
Storage-buffered curtailment
Batteries sized and controlled so a grid curtailment event is absorbed by the asset, not by your compute. The utility sees load reduction; your racks see nothing.
On-site generation dispatch
Turbines and generation configured to pick up load on instruction, turning a curtailment obligation into a capability you can commit to contractually.
Controls and telemetry
The SCADA, controls, and communications layer the grid operator requires to actually count your flexibility — including remote disconnect capability where rules now mandate it.
Aggregated flexibility across a campus or portfolio
Multiple assets and multiple sites coordinated as one dispatchable resource, so flexibility commitments are met at the portfolio level rather than the rack level.
Protection and coordination
Relay settings and protection schemes engineered so fast transitions between grid and on-site power are safe, coordinated, and acceptable to the utility.
Commercial
The commercial upside
Flexibility isn't only a compliance cost. Committed, dispatchable capacity is a product the grid pays for, and it can support better interconnection terms, better tariff positions, and revenue from assets that would otherwise sit idle.
We engineer for the obligation first and the upside second — but the upside is real, and it belongs to the asset owner.
A load that can help the system is a load the system can accept.
Interconnection rules, curtailment thresholds, and study processes are changing quickly. We track them continuously — talk to us about the current requirements in your territory.
Tell us your load, your site, and your target COD.
We'll walk the interconnection path with you — constraints, sequencing, and where bridge generation changes the schedule.