Worker helping to construct wind turbine blades.
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Energy Solutions

The power sector needs cleaning up, but it won’t do it by itself. We need good policies—and real solutions.

The power sector needs cleaning up, but it won’t do it by itself. We need good policies—and real solutions.

In 2018, US wind power provided roughly six times more electricity than it had a decade earlier. Solar panels are on some 2 million US rooftops. In total, renewable energy accounts for about a fifth of all US electricity.

29 states

with a renewable electricity standard

Entrepreneurship, innovation, and hard work help explain some of clean energy’s success in the power sector. But strong state and federal policies are another important component—and we need them now more than ever before.

Policies can provide long-term clarity to investors. They help stabilize electricity prices. And they help ensure that the country will reduce heat-trapping emissions enough to avoid the worst impacts of climate change.

Carbon pricing

One of the best ways to cut global warming emissions is to put a price on them, typically through carbon taxes or pollution trading programs (“cap-and-trade”). Both approaches use the market to find a monetary value for carbon pollution, so that the costs of climate impacts are better reflected when consumers or businesses make economic choices.

Carbon pricing policies aren’t perfect. Without thoughtful design, they can pass costs to low-income households, and even increase toxic emissions in neighborhoods already burdened by pollution. Designing an effective carbon price requires significant attention to these and other environmental justice concerns, in close collaboration with impacted communities.

Energy standards

Another effective policy option is to set technology targets for zero or ultra-low-carbon power. Typically, these require electricity providers to supply a growing percentage of electricity from eligible sources over a ten to 30-year period.

“Renewable electricity standards” or “renewable portfolio standards” require utilities to source a percentage of their electricity from renewable energy, such as wind, solar, and geothermal. “Clean energy standards” or “low-carbon electricity standards” may also include technologies like nuclear power, large-scale hydropower, or carbon capture and storage.

Tax credits & incentives

New technologies face a difficult transition between the research lab and the real world. Subsidies, incentives, loan guarantees, and other tools can help clean energy companies compete with the political and economic power of the coal, gas, and oil industries.

Options range from national-level subsidies—such as the “production tax credit” for wind power, which helped transform the wind industry into an energy powerhouse—to smaller state- or city-level incentives, such as rebates or sales tax exemptions for solar panels and electric cars.

Research & development

The United States maintains over a dozen national energy laboratories that conduct research on everything from hydrogen fuel cells and electric motors, to nuclear fusion and advanced battery technologies. Investing in their research—and supporting other state and federal research and development programs that focus on the power sector—is integral to our efforts to fight climate change.

Other policies

The energy sector is large and complicated, and crosses many jurisdictional boundaries. No single policy can cover all the important areas of focus; rather, multiple complementary policies must combine to create a sustainable, fair, long-term framework.

Other energy policies include efficiency standards for buildings and appliances; “net metering,” which allows electric ratepayers to generate their own power and sell it back to the grid; pollution standards for coal and other fossil fuel plants; and regulations for methane, which can escape from natural gas infrastructure.

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