America’s Energy Crisis Needs a Demand Revolution, Not Just More Oil

From advanced nuclear power to compact green cities, the United States should reduce its dependence on petroleum rather than simply pay more for it.

America’s response to high energy prices has for too long focused on the wrong question: how can the country secure more oil when the more important question is how it can need less of it?

When oil prices rise, American households pay repeatedly. They pay at the petrol pump, through more expensive groceries, in higher transport costs and through the rising cost of almost every product that depends on energy. Families with children, commuters and small businesses often have the least flexibility to absorb these increases.

The conventional response is to increase domestic production, release strategic reserves or offer temporary subsidies. These measures can help during a supply shock, but they do not solve the underlying problem. An economy that depends heavily on petroleum remains vulnerable to global oil prices, geopolitical conflict and disruptions to international supply.

America needs a more ambitious strategy: reduce the demand for petroleum, replace fossil fuels wherever practical and redesign the places in which Americans live and work. Three policies could help achieve that goal: advanced nuclear power, compact green cities and a radically redesigned system of fuel pricing.

1. Nuclear power: electricity as an alternative to oil

The United States possesses enormous technological and financial resources. Yet its energy system still relies heavily on fossil fuels, while electricity could replace petroleum in an increasing number of applications.

Electric vehicles are the most visible example. Electrifying passenger cars, delivery fleets, buses and urban transport reduces direct demand for petrol. Electrified rail and more efficient freight systems can extend those savings. Heat pumps and electric industrial processes can also displace fossil fuels beyond transport.

The next step is to make the electricity supply reliable, affordable and increasingly low-carbon.

Nuclear power deserves a central place in that strategy. Unlike wind and solar power, nuclear reactors can produce electricity regardless of weather conditions. Existing reactors provide substantial quantities of low-carbon electricity, while new designs may offer improvements in construction, safety and fuel utilisation.

One particularly interesting technology is the molten-salt reactor, including designs that use thorium in a nuclear fuel cycle. Thorium is abundant, and certain reactor concepts could offer potential advantages in fuel utilisation and waste management. Liquid-fuel molten-salt reactors could also operate under different temperature and pressure conditions from conventional water-cooled reactors.

But technological promise must not be confused with immediate commercial readiness. Thorium-fuelled molten-salt reactors have not yet demonstrated large-scale commercial deployment, and significant engineering, licensing, materials and fuel-cycle challenges remain. They cannot be expected to bring petrol prices down next month.

America should therefore pursue two parallel strategies: extend the safe operation of existing nuclear plants and accelerate commercially viable new nuclear technologies, while investing in advanced reactors for the longer term.

The crucial economic connection is indirect but powerful. Nuclear electricity can support electric vehicles, electrified rail and industry. As these technologies replace petroleum consumption, they reduce the economy’s exposure to oil-price shocks.

Nuclear power alone will not guarantee cheaper petrol. Oil remains a globally traded commodity, and its price depends on international supply and demand. But reducing the need to burn oil in the first place would give American households greater protection from the next energy crisis.

2. The eight-mile city: making distance less expensive

America’s energy problem is also a problem of urban design.

For decades, many American communities have been built around the assumption that households will drive almost everywhere. Homes are separated from workplaces, shops are distant from schools, and essential services are often inaccessible without a car.

This arrangement imposes a hidden tax on everyday life. A household may need two vehicles not because it particularly wants them, but because the built environment makes alternatives impractical.

Consider a different model: the eight-mile city.

The proposal is to create compact urban districts organised around a walkable and accessible centre, with homes, workplaces, schools, healthcare, shopping and recreation connected by public transport and cycling infrastructure. An eight-mile planning radius could define the wider urban district, rather than requiring every resident to travel across that distance.

At its core, the concept would combine dense housing with green public spaces and locally accessible services. The goal would not be to trap people within an artificial boundary, but to make most everyday journeys shorter and less dependent on cars.

One possible development model would use 100 large residential complexes inspired by the Hanging Gardens of Babylon. Each complex would contain 36 apartments, producing 3,600 apartments in total.

The gardens would be more than decoration. Buildings could incorporate shared courtyards, rooftop greenery, shaded walkways and communal facilities. Integrated with Dutch-inspired greenhouse agriculture, the development could produce some fresh vegetables locally while making better use of land and water.

The Dutch experience shows that protected horticulture can achieve high productivity, although its energy, water and infrastructure requirements must be carefully managed. Greenhouses do not automatically make food cheaper: their economics depend on climate, heating, lighting, water, labour and transport.

Nor should compact cities become isolated residential megastructures. They need a mixture of housing sizes, affordable rents, schools, healthcare, public transport and genuinely attractive public spaces. The architectural objective should be to humanise density, not simply maximise the number of apartments.

If designed well, an eight-mile city could reduce the number and length of car journeys. Households might need fewer cars, businesses could spend less on transport, and more people could reach essential services without purchasing petrol.

There is a further benefit. Compact development can reduce the public cost of maintaining roads and extending utilities across sprawling suburbs. Savings could be redirected towards transit, parks and housing.

Such cities would take years to build, and their success would depend on local geography, planning rules and residents’ preferences. Yet they offer something that fuel subsidies cannot: a lasting reduction in the amount of energy required to maintain a comfortable standard of living.

3. The triple-layer fuel market: protecting American families

A third proposal concerns the way fuel is priced and who bears the cost when international energy markets become volatile.

Imagine a three-tier fuel market.

The first tier would provide heavily subsidised fuel to eligible parents raising more than two children in a household. The purpose would be to protect families whose transport costs are especially difficult to reduce, particularly in rural areas where driving is unavoidable.

The second tier would be the standard domestic price for American consumers. Rather than simply charging every household the highest price obtainable on world markets, domestic pricing policy would seek to limit the impact of sudden international price spikes while preserving the incentives needed for reliable supply.

The third tier would apply to international sales, with export prices linked to international market conditions and the prices prevailing in destination markets.

Under this model, American households would receive greater protection from energy shocks, while international buyers would pay prices reflecting global scarcity.

It is an appealing political proposition: protect families at home and allow overseas consumers to bear more of the burden.

But the economics deserve close examination.

First, ExxonMobil and other private energy companies do not simply set one national price by central command. Retail fuel prices reflect crude-oil costs, refining, distribution, taxes, competition and local conditions. A government wishing to create a domestic discount would need a clear mechanism, such as a tax credit, rebate, targeted subsidy or regulated pricing arrangement.

Second, a subsidy for large families could help those facing high unavoidable transport costs, but eligibility should be designed carefully. A policy based only on the number of children could overlook low-income households with fewer children, single parents, disabled people and rural residents who depend on cars. Income and transport need could help determine eligibility more fairly.

Third, international fuel prices cannot be dictated simply by declaring that foreign consumers should pay more. If a company sells oil into a global market, the price it receives is influenced by competing suppliers, alternative destinations, contracts and transport costs. Forcing domestic prices below international prices without compensating producers could reduce investment, create shortages or encourage arbitrage.

A workable triple-layer system would therefore require transparent fiscal support, enforceable rules and a credible account of who pays. Domestic discounts could be financed through public revenue, producer contributions or a carefully designed windfall-profit mechanism. Export pricing would need to respect existing contracts, trade commitments and market realities.

The objective should be to protect American consumers without undermining the supply that keeps fuel available.

4. Why the world cannot simply be made to pay

There is a tempting argument that America, having secured its own energy supplies and developed its own infrastructure, should leave international consumers to absorb higher prices.

But the global oil market does not work like a bill that can be reassigned at will.

Higher American export prices might increase revenue for domestic producers, but they could also encourage overseas buyers to seek alternative suppliers. Meanwhile, a domestic price ceiling could increase demand precisely when supply is constrained.

The most reliable way to shield American consumers from global oil prices is to reduce their exposure to the oil market itself.

That is why the three proposals should be understood as parts of one strategy rather than independent policies.

Nuclear power can provide electricity for transport and industry. Compact cities can reduce the need to travel by car. Targeted support can protect households while these structural changes take effect.

The first two measures reduce the underlying need for petroleum. The third helps distribute the remaining cost more fairly.

5. What Washington should do first

A credible programme would proceed in stages.

Immediately, Congress should consider targeted rebates for households facing severe fuel-cost burdens, strengthen competition in energy markets, improve public transport where capacity already exists and remove unnecessary barriers to electric-vehicle adoption.

Over the next five years, federal and state governments should accelerate grid investment, support the continued safe operation of existing nuclear plants, expand charging infrastructure and reform zoning rules that prevent housing and essential services from being built near one another.

Over the longer term, the country should invest in advanced nuclear research, including molten-salt and thorium-related designs, while developing compact, green urban districts that combine housing, public transport, employment and selected forms of local food production.

The programme should be evaluated against measurable outcomes: household energy expenditure, petroleum consumption per person, transport costs, electricity reliability, housing affordability and the time required to deliver new infrastructure.

It should also avoid confusing lower petrol prices with lower energy costs. A policy that artificially suppresses the pump price but increases taxes, public debt or shortages may simply move the burden elsewhere. The real objective is to lower the total cost of energy services: getting to work, heating homes, moving goods and feeding families.

Energy independence begins with needing less energy

America’s energy debate is often framed as a choice between producing more fossil fuels and restricting their use. That is a false dichotomy.

The country can continue to produce oil while reducing the amount it needs to consume. It can maintain a reliable electricity system while expanding nuclear power and renewables. It can preserve personal mobility without requiring every journey to be made in a private car.

The eight-mile city, the advanced nuclear reactor and the triple-layer fuel market are very different ideas. One reshapes urban life, another transforms electricity production, and the third redistributes the burden of fuel costs. Each carries uncertainties, and none is a magic solution.

Together, however, they point towards a more durable principle: the best protection against expensive energy is an economy that requires less of it to deliver the same or better quality of life.

Freedom should mean more than the ability to afford petrol. It should mean that a family can reach school, work, healthcare and recreation without being financially hostage to every fluctuation in the global oil market.

That is the energy revolution America should pursue—not merely finding more oil, but building a country in which oil matters less.