Integrating Grid Planning and Operations to Unlock Flexibility

May 6th, 2026
Time: 2:00 PM ET | 1:00 PM CT | 11:00 AM PT
Duration: 60 minutes
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Summary
Electric utilities are facing unprecedented pressure on the distribution grid. Rapid load growth driven by electrification and large new loads—such as data centers—combined with the expansion of distributed energy resources (DERs) is changing how power systems behave. At the same time, the timelines required to build new infrastructure—often five to ten years—are misaligned with customer demand for electricity that must be served within just a few years.
This gap is forcing utilities to rethink traditional grid planning approaches. Historically, planning and operations have functioned separately: planners forecast demand and design infrastructure, while operators manage the system once assets are built. But as flexibility and non-wires solutions (NWS) become essential tools to unlock capacity from the existing grid, these boundaries are dissolving.
One emerging example of this shift is flexible interconnection, where customers are connected to the grid under defined operational conditions while infrastructure upgrades are planned or constructed. This approach leverages operational strategies to enable faster customer connections while maintaining system reliability.
In this webinar, we explore why the future grid requires a model where planning and operations work in close coordination. We will discuss how utilities are using DERs, demand response, energy storage, grid optimization technologies, and operational strategies to defer or avoid infrastructure investments while maintaining reliability.
The session will highlight practical lessons from utilities that are building stronger feedback loops between planning and operations, improving system visibility, and incorporating operational scenarios into planning processes. Attendees will gain insights into how integrated planning and operational strategies can help utilities deliver power faster, make better use of existing assets, and build the optimized grids needed to support the energy transition.





