FlexConnect uses advanced grid monitoring, forecasting, and dynamic operating envelopes to enable faster, safer interconnections. It forecasts demand and generation, identifies future available grid capacity, and defines safe operating parameters for flexible resources. It also monitors performance to ensure operating parameters are being met, alerting operators in real-time to non-compliance.

FlexConnect integrates with existing grid hardware and software to gather data on grid conditions, equipment capacity, and meter-level usage. It works best with data from AMI systems and GIS connectivity models, but can adapt to the data already available. Options exist to deploy separately from the existing utility IT / OT networks using line sensors and cellular-based communications.

By accurately forecasting grid capacity and managing flexible resources with operating envelopes, FlexConnect reduces the need for time-intensive equipment upgrades and iterative interconnection studies. This allows utilities to safely connect more resources, faster, without compromising reliability.

The cost of FlexConnect at scale is typically borne by the utility, but it’s often offset by avoided grid upgrades and operational efficiencies. For pilot programs, utilities frequently allocate the costs across specific resource interconnections in lieu of higher-cost grid upgrades.

FlexConnect can be deployed in as little as 12 weeks, depending on the level of data integration and system configuration required. Most utilities see the fastest results by starting with specific regions or projects before scaling system-wide.

To implement flexible interconnections, utilities may need tariff revisions to define operating envelopes, establish curtailment protocols, and clarify cost-recovery mechanisms. Regulatory approval ensures these policies align with grid safety and fairness. We're happy to provide helpful resources on these topics.