
November 13, 2025
Time: 11:00 AM ET | 10:00 AM CT | 8:00 AM PT | 4:00 PM GMT
Duration: 60 Minutes
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Summary
Utilities are operating in a rapidly evolving landscape where electrification, distributed energy resources (DERs), and large load growth are reshaping both the physical and digital grid. Yet many organizations continue to struggle with fragmented data environments, siloed systems, and inconsistent views of network and consumption data. These gaps make it difficult to achieve alignment on the true state of the grid, limiting the ability of departments to plan, coordinate, and operate effectively.
This webinar will explore why establishing a single, trusted source of truth through robust data integration is foundational to the modern utility. By unifying network models, consumption patterns, and operational data utilities can move beyond departmental silos toward an integrated, enterprise-wide perspective. This data foundation not only enhances situational awareness and reliability in daily operations, but also unlocks strategic capabilities for integrated planning, including accommodating DER interconnections, anticipating large new loads, and coordinating across engineering, planning, and operations teams.
Equally important, we will discuss the human dimension of successful data integration. Technology and systems alone cannot drive transformation—people, processes, and culture play a central role in ensuring adoption and long-term success. Achieving true integration requires a philosophy of openness, collaboration, and adaptability, as well as leadership that supports transformational change across organizational boundaries. By aligning technical solutions with cultural shifts, utilities can foster trust in data, encourage cross-functional engagement, and create the conditions for continuous improvement.
Attendees will learn how integrated data strategies—supported by organizational readiness and a mindset for change—can help utilities manage complexity, align on grid realities, and build the flexible, resilient systems for the energy transition.