Utility planning was built for a predictable world.
The grid has never been more complex, or the decisions harder to defend.
Utilities are managing the largest capital cycle in their history, on a grid that has stopped behaving predictably. Load forecasts carry more uncertainty than ever. Interconnection queues are stalling the capacity that resource adequacy plans depend on. All of it pushes upward on rates at the moment regulators and consumers most expect energy to stay affordable. When the answers come from separate consultants and point tools, they don’t reconcile. An IRP filing and a rate case say different things, and no one can explain the gap.
Utility executives are being asked to defend, optimize, and grow the grid simultaneously, on timelines and under uncertainties their planning processes weren’t built for.
Protecting the largest rate bases in utility history against regulatory scrutiny, ratepayer pressure, and cost-recovery uncertainty. The rate case has become a filter for which loads enter the queue, not just a cost-recovery exercise.
Marginal resources, congestion patterns, and price-formation logic have all changed. The control-room mental model (dispatch the next-cheapest unit until load is met) was built for a market that no longer exists.
Building generation and transmission against interconnection queues, load forecasts, and fast-track processes that often disagree with each other. In some markets by 2030, the risk may be oversupply as much as undersupply.
Each pressure lands differently across utility types. A vertically-integrated IOU feels all three acutely. A wires-only utility feels Defend and Optimize more than Grow. A distribution-only utility feels Defend most, where rate-base recovery and reliability dominate. A G&T co-op feels Grow as member-load reality, not queue dynamics. Municipal and public-power utilities land somewhere on the same map, weighted by whether they own generation, wires, or both. The taxonomy is shared. The intensities aren’t.
Each pressure also has a planning gap underneath it. Different as they look, all three eventually route through the same work: planning the grid, designing it, connecting it, and optimizing how it runs. And underneath every one of them is the engineering that turns a decision into something you can actually build. The next three pages take each one in turn — what Enverus‘s research desk is seeing, and what the gap looks like underneath.
About Enverus Intelligence® | Research, Inc. (EIR)
Enverus Intelligence® | Research, Inc. (EIR) is a subsidiary of Enverus that publishes energy-sector research focused on the oil, natural gas, power and renewable industries. EIR publishes reports including asset and company valuations, resource assessments, technical evaluations, and macro-economic forecasts and helps make intelligent connections for energy industry participants, service companies, and capital providers worldwide. See additional disclosures here.
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