Resources
These are the sources worth your time, including ones we don't fully agree with. Energy is contested, and reading only your own side is how you get blindsided in a hearing. Where a source argues from a strong perspective, we label it so you can read it with the right frame, not to warn you off.
Start Here: Primers
If you read nothing else, read these. They build the shared vocabulary the rest of the field assumes you have.
The four material pillars of modern life (cement, steel, plastics, ammonia) and why they all run on fossil energy today. Smil for normal people; start here.
Free online. The gold standard for doing energy arithmetic instead of energy rhetoric. Teaches you to sanity-check any claim with back-of-envelope numbers.
The government's own plain-language explainer series, built on the best public energy data in the world. The neutral baseline before you read anyone with a thesis.
Every global energy chart you'll ever need to cite, with sources and downloadable data. Check it before trusting any viral graph.
Electricity Markets & the Grid
How power actually gets priced, dispatched, and kept reliable. The least understood part of energy policy and the most consequential.
The canonical free handbook on how U.S. energy markets work, written for exactly this audience. The single best government document on the subject.
An insider's tour of RTO governance and why market-design choices show up in your blackout risk. Opinionated; read it for the mechanics of how the grid is actually run.
Top energy economists writing short, sharp posts on rates, market design, and policy. The best regular source of 'the economics actually says otherwise.'
Market-oriented analysis of electricity regulation and competition. Kavulla's work on capacity markets and rate design is the standout for anyone learning how utilities are governed.
Former FERC economist on subsidies, reliability, and federal energy policy. Clear writing on why well-intentioned interventions often raise costs.
Granular, numbers-heavy critiques of renewable buildouts and reliability planning. Read alongside the decarbonization-first sources below to triangulate.
Nuclear
Why the most energy-dense source we have has been so hard to build, and what it would take to change that.
A reactor designer's argument that radiation regulation, not physics or economics, strangled nuclear power. Free online via his site, The Gordian Knot, which also runs his ongoing commentary.
Essays and interviews on nuclear power, deindustrialization, and energy culture. Penney also writes Grid Brief; this is his deeper, more historical work.
Long-form technical interviews on decarbonization and firm power. The rare podcast that goes deep enough on reactor and grid engineering to teach you something.
Natural Gas & Oil
The fuels that still run most of the economy, and the geopolitics that come with them.
Pulitzer-winning history of oil, money, and power. Nothing else explains why energy-security politics work the way they do.
Mills on the physical realities of energy, materials, and the power demands of computing. Strong on why grid-scale transitions are slower and more material-intensive than headlines suggest.
Transmission & Interconnection
The wires and the queues. The binding constraint on almost everything else.
Engineering-literate deep dives on why building physical things in America is slow and expensive. The transmission, nuclear, and solar-manufacturing pieces are essential.
Rigorous, well-sourced policy memos on transmission, interconnection queues, and the machinery of building. Wonkier and more empirical than most advocacy.
Permitting Reform
The rules that decide whether anything gets built, and the live effort to change them.
The best running commentary on permitting reform: NEPA, the transmission backlog, and what's actually moving in Congress. Hochman runs FAI's energy work.
Policy work at the intersection of technology, energy, and state capacity. Strong on the institutional plumbing of how reform passes.
The intellectual case for why building matters and how energy and machines drove human progress. Long view; pairs well with the abundance section.
Renewables & Storage
What solar, wind, and batteries can and can't do, by the numbers.
The most-cited generation cost numbers in policy debates. Read the methodology pages, not just the bar chart everyone screenshots.
The national lab's transparent cost and performance projections for every generation and storage technology. The neutral counterpart to Lazard.
Long-form interviews on clean-energy technology and policy. Explicitly pro-decarbonization; valuable for technical depth and for understanding that camp's best arguments.
A fast daily-ish read on grid reliability and power markets. Good for staying current; a useful counterweight to decarbonization-first coverage.
Energy, Growth & Abundance
The bigger argument about energy and human flourishing. The most ideological section, and labeled as such.
The foundational argument that human ingenuity, not raw materials, is the binding resource. Free full text. The intellectual root of modern energy-abundance thinking; read it as the strong form of the case.
The most forceful pro-fossil-fuel case being made today. We don't import its conclusions, but a literate professional should be able to engage its strongest arguments rather than dismiss them.
The definitive history of how energy transitions shaped human society. The antidote to every 'this transition will be fast' claim.
Policy work aimed at letting emerging technologies (energy and AI included) actually scale. The organized institutional form of the abundance argument.