Optimal projects are privately financed, utility-directed compute, engineered for real-time grid responsiveness. They act as flexible large load resource consumption of surplus generation during off-peak hours and instantly curtailing when the grid is stressed.
Built to align with reserve margin standards and operational efficiency goals, this model strengthens system reliability while enabling cost-effective monetization of otherwise stranded energy.
A 100% curtailable datacenter load built to support utility dispatch needs, helping absorb excess generation and minimize cycling of thermal assets.
Privately funded infrastructure deployed on utility terms. The host utility retains curtailment rights and option of public buyout following a pilot term.
Qualifies as a dispatchable capacity resource under planning reserve requirements, with modular scaling potential and fast curtailment response.
Connecting curtailable compute to publicly owned power for public benefit. Orchestrated to meet the power cost requirements for the datacenter, while the utility gains the ability to throttle consumption as needed to maximize grid stability and monetization of generation builds required by the greater power network.
It needed to be built. It was paid for. Now monetize it. Recoup costs and stay in control of local grid deployment.
When units are not called upon and require shut down, costs mount and failure risks spike. Minimize shutdowns.
High Power Compute demands are spiking across the grid. Make sure you stay in control of curtailments and grid load.
Datacenters seek unused, stranded, and cheaper power. Utilities seek grid reliability and covered costs. DataFlex delivers.
OFFICE: Springfield, MO
CONTACT: projects@dataflexep.com
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