Energy Abundance and Grid Capacity: Build Power for AI, Manufacturing, and Clean Firm Demand

Load growth has returned

For years, U.S. electricity policy could assume a relatively flat demand curve. Efficiency gains offset new uses, and many debates centered on how to clean the existing supply mix. That period is over. EIA's Annual Energy Outlook 2026 says demand has already been growing again and projects continued growth across modeled cases. Its data-center analysis projects server energy use rising substantially through 2050, with standalone data centers growing fastest.

This issue does not treat data centers as the only driver. They are visible because AI demand is visible. The broader problem includes manufacturing reshoring, chip fabrication, housing growth, EV charging, building electrification, industrial heat, water systems, and defense production. Each policy area in this platform becomes harder if electricity is scarce, expensive, dirty, or slow to connect.

Scarcity would also make politics worse. If a data center gets power while a household's bill rises, the public will not hear an abstract lecture about innovation. If a factory cannot connect for years, industrial policy becomes an announcement rather than production. If clean generation waits in an interconnection queue while old fossil plants run harder, climate policy loses credibility. Energy abundance is therefore not a slogan. It is the physical condition for several other platform promises.

Transmission is the capacity multiplier

New generation is not enough if power cannot move. FERC Order No. 1920 was the first major regional transmission planning rule in more than a decade and the first to squarely require long-term regional transmission planning. Order No. 1920-A expanded the role of state regulators in scenario development and cost allocation, and Order No. 1920-B further refined the framework. The core idea is right: transmission has to be planned around future needs, not only around generator requests one project at a time.

The implementation test is whether planning produces buildable projects. Long-term scenarios should include load growth from data centers and manufacturing, retirements, reliability risk, extreme weather, clean-energy deployment, and interregional congestion. Cost allocation should be transparent enough for states and consumers to see who benefits and who pays. Planning should also consider grid-enhancing technologies where they expand usable capacity faster than new construction alone.

The party should support regional planning while being honest about siting. A long-distance line crosses communities, farms, tribal interests, habitats, and property. Those costs do not disappear because the project has public value. The right answer is early notice, fair compensation, enforceable mitigation, and deadlines that make the decision predictable.

Interconnection has to reward readiness and system value

Interconnection queues have become a bottleneck for generation, storage, and large loads. Projects can wait years for studies and upgrades, and many speculative projects crowd the queue before they are ready to build. That slows clean energy, raises costs, and leaves grid operators reacting to one project at a time.

A better system would reward project readiness, site control, deliverability, and system benefit. Storage that relieves congestion, generation that connects where capacity exists, or a large load that brings firm supply and pays for upgrades should move differently than a speculative request with no near-term path. The goal is not to let incumbent utilities block competition. It is to make the queue a planning tool rather than a waiting room.

Large-load interconnection needs its own rules. FERC has already opened proceedings and technical conferences around co-located loads, data centers, and cost allocation. The questions are practical: who pays for network upgrades, how reliability is protected, whether existing customers subsidize a new load, and how much load can be served by behind-the-meter generation without undermining the broader grid. The platform should answer those questions with transparency and cost causation, not with blanket hostility to large loads.

Clean firm power is the bridge between abundance and climate discipline

ENV-02 already says climate policy must be judged by emissions, resilience, and deployment. ENV-04 extends that logic to capacity. Weather-dependent renewables, batteries, demand response, transmission, nuclear, geothermal, hydropower, and other resources all have roles. The right mix varies by region. The standard should be reliability, affordability, emissions, and buildability together.

Advanced nuclear belongs here because ENV-01 already makes the case for nuclear as a long-term clean firm resource. Enhanced geothermal belongs here because DOE identifies it as a frontier for dispatchable clean energy and geothermal heating and cooling. Long-duration storage and virtual power plants belong here because they can shift demand and supply across the hours when the grid is tight. Demand flexibility belongs here because the cheapest capacity is often load that can move without hurting the user.

None of this should be treated as a license to hide pollution. If a data center claims clean power on paper while the local grid meets its load by running nearby fossil plants harder, the accounting has failed. If a large load requires transmission upgrades, voltage support, or reserve capacity, the cost should be visible and assigned. Clean power policy has to be measured on the grid people actually use.

Faster permitting needs a floor

Permitting reform is necessary. A country that takes a decade to build transmission and clean firm power will not meet its industrial or climate goals. But speed cannot mean a weaker pollution floor or a one-way transfer of risk onto communities with less political power.

This issue's permitting standard has four parts. First, deadlines should be real: agencies should know when a decision is due and what information is required. Second, review should be early and integrated: communities should see route, cost, land, and pollution choices before the project is functionally locked. Third, mitigation should be enforceable through permit conditions, compensation, monitoring, and public reporting. Fourth, emergency or national security labels should not be used to excuse ordinary compliance when the project is simply commercially urgent.

That approach is pro-building and pro-accountability. It accepts that infrastructure has to be built somewhere and that the people living near it deserve more than a late-stage hearing after the deal is effectively done.