- Some of the most widely touted provisions in the Inflation Reduction Act include electric vehicle tax credits, rebates for heat pump installation in homes and solar panel installation on home roofs. But the climate legislation also includes significant effort for the nuclear industry.
- For example, starting in 2024 and running through 2032, utilities will be able to get a credit of $15 per megawatt-hour for electricity produced by existing nuclear plants.
- Several technology agnostic zero emissions tax credits apply to the nuclear industry.
The sweeping Inflation Reduction Act that President Joe Biden signed last week includes $369 billion in funding to help combat climate change. As part of that, the law includes significant help for the nuclear energy industry.
Overall, the provisions in the law could decrease greenhouse gas emissions by 37% to 41% under 2005 levels by the year 2030, according to an analysis by Energy Innovation, a policy modeling company. Some of the most widely touted provisions in the IRA include electric vehicle tax credits, and rebates for heat pump installation in homes and solar panel installation on home roofs.
It also includes significant benefits for the nuclear industry, as energy generated with nuclear reactors generates no greenhouse gases. Nuclear advocates are celebrating the law as a win.
"For years, the nuclear industry and advocates have been pushing for a more level playing field and equal treatment with other clean energy sources on a tax and federal subsidy basis," Brett Rampal, a nuclear energy expert, told CNBC. "The IRA creates a new future for clean energy technologies, including nuclear energy, that is a more level playing field and allows for technologies to compete on a more even basis as well as on their unique characteristics. This is definitely a win for nuclear energy."
Here's an overview of how the climate bill will impact the nuclear sector.
Starting in 2024 and running through 2032, utilities will be able to get a credit of $15 per megawatt-hour for electricity produced by existing nuclear plants. If the price of power rises above $25 per megawatt-hour, then the credit will gradually decrease, but it doesn't phase out completely until energy prices reach around $44 per megawatt-hour, explained Matthew Crozat, the executive director of strategy and policy at the Nuclear Energy Institute, a Washington, D.C.-based trade group.
"Every plant is different and some plants have a different revenue model but we can say that this credit will offer a reprieve from the low revenues that had forced more than a dozen reactors to close," Crozat told CNBC.
To be eligible for the full $15 per megawatt-hour base tax credit, a nuclear power plant operator has to pay workers operating and doing maintenance on the power plant "prevailing wage requirements," according to the Nuclear Energy Institute.
Several companies in the United States are working to commercialize new nuclear power plant designs that are meant to be safer and with a smaller capacity, making them ideally cheaper to build and maintain as well.
For example, Bill Gates' nuclear innovation company, TerraPower, is developing a couple of advanced reactor designs, one of which is going to be built at a retiring coal facility in Wyoming as part of a demonstration program in partnership with the U.S. government.
Advanced nuclear reactors could benefit from the IRA by way of the Clean Electricity Production Tax Credit, a technology-agnostic production credit, which can be applied toward emissions-free power generation that goes online after 2025. The clean energy production credit is for at least $25 per megawatt-hour for the first ten years the plant is in operation, adjusted for inflation. The credit phases out in 2032 or when carbon emissions coming from electricity have fallen by 75% below the level of 2022, according to the Nuclear Energy Institute. The tax credit is increased by 10% for locating the zero-emissions power source where a coal plant previously lived.
Worth noting, there's another Advanced Nuclear Production Tax Credit already on the books. That tax credit was established in the Energy Policy Act of 2005 and is for $18 per megawatt-hour for the first eight years that a nuclear power plant is operating, provided the nuclear power plant had not begun construction when the 2005 bill was signed into law, Crozat told CNBC. The third reactor unit of the Vogtle Power plant being constructed in Georgia will be the first power plant to take advantage of the 2005 Advanced Nuclear Production Tax Credit, according to Crozat.
A company can not take advantage of both tax credits — it has to pick. Going forward, the tax credits in the IRA just signed into law will be more attractive. "Since the new production tax credit has been indexed to inflation and last for two additional years, it will be considerably more valuable than the older version," Crozat told CNBC.
New nuclear power plants are eligible for claiming an Investment Tax Credit made available through the new law for facilities that generate energy with zero emissions and that go into service in 2025 or after.
The investment tax credit allows a nuclear power plant to get a tax credit for 30% of what was invested in building the zero-emissions energy production facility, which includes nuclear power plants, according to the Nuclear Energy Institute.
The investment tax credit is increased by 10% for locating the zero-emissions power source where a coal plant previously lived. It starts to phase when carbon emissions from the sector are 75% lower than 2022 levels.
The IRA provides funding for the Department of Energy to guarantee up to $250 billion worth of loans to update, repurpose ,and revitalize energy infrastructure that has stopped working, or that will enable energy infrastructure to keep operating if the upgrade will avoid the release of greenhouse gasses. Nuclear infrastructure projects could be eligible for this loan guarantee program.
While many of the other components of the IRA law help incentivize the construction of new projects, this loan guarantee program is important to keep a project moving forward, and that's important too, says Adam Stein, director for nuclear energy and innovation at The Breakthrough Institute, a global research center.
The Department of Energy loan guarantee program "provides the capital needed to move forward with a project, reduce finance risk enabling lower interest rates, and thereby reduce overall project costs," Stein told CNBC.
The law includes $700 million that will go towards the research and development of high-assay low enrichment uranium (HALEU) fuel sources in the United States through 2026, according to the Bipartisan Policy Center, a Washington DC-based think tank. That's important because the advanced, next-generation reactors which are currently being developed by 20 companies in the United States, according to the U.S. Department of Energy, depend on HALEU fuel to operate.
The existing fleet of nuclear power reactors in the United States operate on uranium that has been enriched up to 5%. HALEU fuel has been enriched between 5% and 20%. Many advanced reactor designs are smaller builds than conventional nuclear reactors and so to make a nuclear reactor smaller, they need to get more power from smaller quantities of fuel, the Department of Energy says.
"Right now, the only commercially available source of HALEU is from the Russian Federation and the support for HALEU in the IRA signals an understanding that the federal government is needed to jumpstart domestic enrichment capabilities to support the coming wave of new nuclear technologies," Rampal told CNBC.
It's also just the first step, Rampal said. The nuclear industry needs multiple billions of dollars to invest in HALEU production over the next ten years, he told CNBC.
The IRA also includes $150 million for the Office of Nuclear Energy through 2027, according to the Bipartisan Policy Center. That money is for the Department of Energy to invest in its nuclear innovation research at its network of National Laboratories.
The IRA includes a tax credit for the clean production of hydrogen worth up to $3 per kilogram of hydrogen produced in a way that does not emit any greenhouse gasses. The tax credit would be available for 10 years, according to the Nuclear Energy Institute.
Hydrogen generates no carbon dioxide when burned, and therefore could be useful in sectors that would otherwise be hard to decarbonize, like trucking, shipping, and air travel. However, creating hydrogen and transforming it into a form that can be used for fuel requires a lot of energy. If the energy that is used to make hydrogen emits greenhouse gasses, then its benefit is nullified.
Nuclear energy can be used to produce hydrogen with no carbon emissions, Crozat told CNBC.
"The current way of making it from natural gas results in a lot of carbon emissions which is a big drawback if the reason for turning to hydrogen is to reduce emissions from industry and heavy transportation," Crozat told CNBC. "The Department of Energy is funding two demonstration projects to produce hydrogen from currently operating nuclear plants. We could see the first kilograms produced later this year or early next."
To be eligible for the maximum tax credit, the facility has to be under construction before 2033 and generate no more than 0.45 kilograms of carbon dioxide equivalent per kilogram of hydrogen produced and that must be measured and tracked with a lifecycle assessment, the Nuclear Energy Institute says. The tax credit phases out if a hydrogen production facility generates more than 6 kilograms of carbon dioxide equivalent per kilogram of hydrogen.
Also, to be eligible to receive the maximum value of the tax credit, a facility has to meet "prevailing wage requirements" or the maximum credit is $0.60 per kilogram of hydrogen produced, according to the Nuclear Energy Institute.
The IRA includes a manufacturing production provision that allows for a tax credit for component parts produced and sold after 2022, according to a summary of the benefits of the IRA for the nuclear industry from the law firm Morgan Lewis.
This credit is not only for the nuclear industry, but it can be applicable, according to Morgan Lewis' analysis of the new law. The specific credit depends on the type of component part produced and sold. For some parts, there is a gradual phase-out of the credit from 2030 through 2033, Morgan Lewis writes.
Similarly, the IRA law includes an extension of the Advanced Energy Project Credit tax credit program, which is not specific to the nuclear industry either but also could be applicable to the nuclear industry, according to Morgan Lewis. Under the program, the U.S. Treasury can authorize a maximum of $10 billion of these tax credits and they can go towards a slew of clean energy manufacturing and facilities production.