The climate transition isn't coming. It's already here, and the country that builds again is the one that builds for what comes next. We propose four reforms that work as one argument: unblock the clean energy buildout that's stalled in interconnection queues; cut household energy bills by making the transition felt in the kitchen, not just on the grid; harden infrastructure before the next disaster instead of paying twice to rebuild after; and rebuild the water systems we inherited from a different century and a different climate. Solar and wind are already the cheapest new generation we can build. Every gigawatt stuck in queue is jobs not created and electricity not delivered. Resilience can reduce losses across society; that is not a guaranteed federal budget saving. Every community without safe water is a community whose children will pay later for what we deferred today.
STATE :: AMERICAN ENERGY
The four proposals here work as a single argument. Clean energy stays cheap and unbuilt without the permitting and interconnection reforms that let it reach the grid. Household energy bills stay high without direct-pay credits and weatherization programs that make the transition felt by the families spending the most on power. Infrastructure hardening can cut future losses, but only if we spend before the disaster. And no industrial buildout, no climate resilience strategy, and no public-health floor holds without water systems rebuilt for the century we’re actually in, with an allocation framework that answers, clearly, who gets what when the river runs low.
These proposals would begin no earlier than January 2029, after the
next presidential term starts. Each depends on the laws, funding,
and preparation it requires.
01▸Clean Energy Buildout Acceleration
Mechanism: More wind, solar, and storage projects planned for your region can get built, instead of getting stuck for a decade in line. With data centers pushing demand up faster than new supply can connect, your bill rises less than it otherwise would, because the cheapest new power on the market can finally reach the grid. Solar and wind are the cheapest new power to build, before any subsidy. That is Lazard's math, the benchmark Wall Street uses, not advocacy. One honest caveat: the cheap price at the plant gate does not include the storage and power lines that make it dependable. That is exactly why this plan is about the lines and the queue, not just the plants.
The problem: about 2,300 gigawatts of generation and storage sought grid connections at the end of 2024. Most was solar, wind, and storage; the total also includes natural gas. These are proposed projects, not all financed or ready to build. Projects built in 2018–2024 had median waits above four years in regions with data.
Four fixes. Deadlines on federal permits, so a yes or a no comes in months. Faster environmental review for projects that meet clean standards, ending the single-lawsuit decade of delay without touching the standards themselves. Federal power to approve big lines that cross many states, so one state cannot veto what ten states need. Gas pipelines have had that rule for decades. And real enforcement of the new grid-connection rules.
Home-grown power also cannot be cut off by a hostile country. The same crews build lines, homes, and roads, so our training pipeline is what keeps these build-outs from bidding against each other.
Mechanism: Your energy bill drops because the upgrades that lower it, a heat pump, insulation, rooftop solar, are finally affordable up front, not luxury items. The federal home credits under sections 25C and 25D ended for new work after December 31, 2025. They favored people with tax bills big enough to use them and cash to wait. The families spending the biggest share of income on energy, more than three times the national average, get the least help.
Three fixes. Restore the credit and pay it at the register: the discount comes off the price the day you buy, not at tax time a year later, and it works even if you owe no taxes. Direct grants, not loans, for insulation, air sealing, and heating upgrades in low-income homes, scaled far past today's program. And community solar for renters: if your roof is not yours, you can still subscribe to local solar and pay less than the utility charges.
There is a grid payoff too. Weatherized, electric homes draw less power at peak, which means fewer plants to build, less strain on the lines, and fewer blackouts in heat waves and cold snaps. Cutting the bills of the families who pay the most is also what keeps the whole energy transition politically alive.
03▸Climate Resilience Infrastructure
Mechanism: Your town doesn't flood twice, your grid doesn't fail in the next heat wave, and your homeowners insurance doesn't get cancelled, because we harden things before the disaster instead of paying double after. The climate bill is already being paid: floods, fires, grid failures, and insurers walking away from whole states. The only question is whether we pay for prevention or for cleanup. Every dollar spent hardening ahead of a disaster saves about six after. That is insurance math, not politics.
Three parts. Block grants to states and towns for the unglamorous work that works: restoring floodplains, local backup power, fire-resistant land care, bigger storm drains. One rule for all federal building money: stop rebuilding the same weak thing in the same place after every storm. And a federal insurance backstop, only for communities that adopt real building codes, so families in hard-hit regions are not stripped of coverage while the private market flees.
We will be straight: the program this scales was shut down in 2025, and a court ordered it restored. The need did not pause. The savings arrive with every disaster that does less damage.
04▸Sustainable Water Infrastructure
Mechanism: Your kid drinks clean water from the tap, your community doesn't run dry, and your city isn't the next Flint. And when the river runs low, people come before data centers.
America's water runs on pipes built for a different century. The EPA counts $625 billion of needed work over twenty years, and about 9.2 million lead pipes still in the ground. Out West, rivers are divided by hundred-year-old deals that assume water that no longer exists, while data centers and new factories line up for billions of gallons with no rule for who gets cut first.
The plan, in plain terms. Replace every lead pipe on a ten-year clock, through the state loan funds that have built water projects for decades. Find and clean up PFAS chemicals, with the polluters paying their share. Recycle and reuse water at city and farm scale, so existing supplies stretch further. Update the Western river deals to the water that actually flows, with federal leadership, because the states have gone a decade without one. Set one national rule for shortages: drinking water, public health, and food come first, and data centers and industrial cooling wait. States still divide water within each group. And make big industrial users report what they take, from where, and how efficiently, because a priority list without numbers is a slogan.
Lead poisons kids for life. PFAS is linked to cancers. No industrial buildout, no housing plan, and no health floor survives without safe water. When there is not enough, families outrank server farms.
Each state is a fixed-size square tile placed in its
approximate geographic position on a 12-column grid — the
standard NPR / FiveThirtyEight tile-grid layout used by major
newsrooms for 50-state datasets because it gives every state
identical visual real estate regardless of geographic size.
The Northeast cluster reads cleanly because Connecticut and
Delaware get the same area as Texas and Alaska. Tile fill
color encodes a mixed-year expenditure/income proxy; the thin bar at the bottom of each tile
encodes ex-hydro renewable electric generation capacity per
1,000 residents, scaled relative to the highest state.
Conventional hydroelectric and pumped storage are excluded
from the renewable dimension because legacy Pacific
Northwest hydro would otherwise dwarf newer wind and solar
buildout and obscure the story this chart is meant to tell.
A note on the data year:
The color is a mixed-year proxy: mean household energy spending in 2020 divided by median income in 2022. It is not the mean or median of household-level burdens. No adjustment for the year mismatch or stable ranking across years has been established.
Oklahoma illustrates that installed capacity and this expenditure/income proxy measure different things. Weather, income, exports, utility prices and imported power are not controlled. The chart cannot identify a failure to pass savings through to households. The renewable measure excludes hydro and is capacity, not actual generation.