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Climate Science

Enhancing Virginia's Energy Planning to Meet Future Demands

RELEASE Oct 06, 2026 VIEWS 727 DESK Kara Hunt

Virginia's energy planning must evolve to ensure resilience against uncertainties and accommodate the projected surge in electricity demand.

Virginia is poised for a staggering $270 billion in proposed investments in electricity infrastructure over the next two decades. However, the effectiveness of this extensive plan hinges on the accuracy of forecasts regarding load growth and other critical factors. With the power sector facing considerable uncertainties—including fluctuating technology costs, rising behind-the-meter natural gas generation, and the impending rise in electricity consumption by 30-50% above 2025 levels by 2050 according to the EIA—the need for a revamped integrated resource planning (IRP) process becomes paramount for protecting ratepayers.

The significance of a well-structured IRP cannot be overstated—it serves as a utility’s strategic framework for addressing future electricity demands affordably. This is especially true for Virginia's largest utility, Dominion Energy, which must navigate these complexities while transitioning its resources in accordance with the Virginia Clean Economy Act. A critical analysis of current planning frameworks reveals a growing disconnect between projected and actual energy needs, emphasizing the necessity for adaptive and comprehensive planning efforts.

Understanding Demand Growth

Dominion Energy faces a pressing challenge: the demand for electricity is surging, with a significant portion driven by the expansion of data centers. PJM, the regional transmission organization that manages the power grid for Virginia and surrounding states, anticipates a dramatic increase of 32 GW in peak electricity demand by 2030, primarily due to these data centers. Such rapid load growth compounds the difficulty of resource planning; hence, it’s critical for Dominion to adopt strategies that maintain reliability, affordability, and resiliency under various potential scenarios.

A responsive IRP must consider the interconnectedness of various market influences, including capacity prices, transmission limitations, and resource availability. The historical approach of treating these elements in isolation has proved inadequate. For instance, while current IRP frameworks analyze gas price fluctuations independently, they fall short of assessing how such changes might interact with renewable energy economics or competition for clean energy resources.

Modernizing Integrated Resource Plans

To improve planning, IRPs need a holistic view of potential future contexts. An effective example of this has been showcased by the Tennessee Valley Authority (TVA), which has crafted a multitude of scenarios reflecting various economic and regulatory circumstances. TVA's approach integrates possibilities, such as significant economic growth or regulations that mandate substantial clean energy transitions. By considering these dynamics, TVA elucidates the interplay between demand, technological advancements, and climate policies, providing a more comprehensive outlook on resource economics.

For Dominion, which operates in a rapidly evolving energy landscape, it’s vital to integrate evaluations of load growth, capacity demand, and resource interdependencies into a single framework. Recognizing that these factors are linked enables better preparedness against simultaneous challenges, such as heightened demand and limited new resource interconnections.

Incorporating Stakeholder Perspectives

Recent stakeholder feedback on Dominion’s IRP has revealed a collective aspiration for a more modern, resilient electric grid. Stakeholders have called for advances such as doubling renewable energy build limits, ceasing new natural gas developments, and enhancing energy efficiency initiatives. This public sentiment underscores the urgency for Dominion to not only adapt its planning assumptions but also to define how these inputs collectively influence potential outcomes.

Individual assessments of energy efficiency or renewable targets are insufficient when evaluating their combined effects. For example, rising energy efficiency standards necessitate reevaluating the required capacity for generation and storage systems. Therefore, stakeholder calls for higher renewable targets and restrictions on natural gas must also be integrated into a cohesive framework that reflects actual market conditions and constraints.

A Shift Towards Risk-Aware Planning

The limitations of the current IRP framework pose substantial risks for consumers and utilities alike, particularly if demand forecasts prove inaccurate. Overcommitting to resources based on incorrect assumptions could leave ratepayers burdened with elevated costs for underutilized assets. As a proactive response, Dominion’s IRP stakeholder survey indicates a clear trend towards risk-aware planning that accurately aligns with stakeholders’ vision for a low-carbon energy future.

To meaningfully enhance these planning processes, Virginia's regulators should embrace updated analytical frameworks that assess scenarios collectively rather than in isolation. These improved methodologies allow for scenario analysis that identifies near-term decisions and stress-tests them under diverse conditions—ultimately fostering a more sound decision-making process.

As it approaches the 2026 IRP update, Dominion has a pivotal opportunity to refine its planning strategy by incorporating versatile and reliable scenarios that capture the essence of future market dynamics. By establishing a solid foundation that reflects comprehensive risk awareness, Virginia regulators and utilities can better prepare for uncertainty while simultaneously safeguarding the interests of ratepayers against ill-considered investments.

The evolving energy landscape necessitates not just policies that seem beneficial today but visionary planning that anticipates where the next wave of challenges may arise. By modernizing its approach, Dominion has the potential to lead the charge toward a resilient energy future in Virginia.

Source: Kara Hunt · www.catf.us

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