Top Best Nuclear Power Plants in United States of America for 2023

The United States of America has a vast network of power plants that supply electricity to homes and businesses throughout the day and night. This network’s scope includes both large hydropower plants and small neighborhood biomass producers. This list of power plants provides a general overview of the locations, power types, and capacities of some of the most prominent U.S. energy sources. This collection is a great resource for comprehending the intricate nature of US power plants, their current operations, as well as their potential in the future. This list provides an updated view of the diversity of the US power supply, which is dispersed across the nation’s many distinct energy sources and power facilities.

The list of all nuclear power stations in the United States is provided below.

List of all Nuclear Power Plants in United States of America in table format

For the benefit of our readers, we have compiled a list of nuclear power plants in the United States of America in the following table:

Information sourced from the U.S. WRI, Wiki-Solar, the Energy Information Administration

Best Nuclear Power Plants in United States of America in 2023

The following information is given regarding the finest nuclear power plant in the United States of America:

Powerplant Arkansas Nuclear One Reviews

A nuclear power station with an 1845 megawatt capacity, Arkansas Nuclear One is situated at 35.311 latitude and 93.2351 longitude. It started operating in 1978. Its main fuel source is nuclear. The nuclear power station is run by Entergy Nuclear Operations, Inc. and owned by Arkansas Electric Cooperative Corporation. Over two-thirds of Arkansas Nuclear One’s energy output is nuclear-generated power. Three states, including Texas, Louisiana, and Arkansas, receive power from the plant.

The Arkansas Nuclear One power station acquired a renewed operating license in 2014 that is valid through 2034 and meets with the highest safety and quality standards. By generating about 10,000 gigawatt-hours of power, the facility guards against the environmental damage caused by the burning of fossil fuels. Arkansas Nuclear One not only produces 1845 megawatts of energy, but it also stimulates the local economy. Arkansas Nuclear One is thought to have an annual economic impact of about $283 million.

Powerplant Beaver Valley Reviews

A nuclear power facility called Beaver Valley is situated nearby the city of Shippingport in Ohio, USA. On January 8, 1996, FirstEnergy Corporation took over management of it. With a 1,846.8 MW installed capacity, the plant can supply roughly 2.5% of the state’s electrical requirements. The factory is situated in Beaver County at latitude 40.6219 and longitude -80.4336. Uranium-235 that has undergone enrichment by uranium hexafluoride serves as the plant’s main fuel source. The nuclear chain reaction uses the uranium to produce power after that.

Two pressurized water reactors at Beaver Valley have both active and passive safety measures in place. The facility’s full life expectancy is predicted to be over 40 years, with a 5-year interval between refueling cycles. Since its inception, it has generated more than 22 billion kilowatt hours of energy, reaching full power in 1996. Additionally, since it opened, it has had the most generation days (1022) of any nuclear power station in the US.

Powerplant Braidwood Generation Station Reviews

In Will County, Illinois, there is a nuclear power station called the Braidwood Generation Station. It started operating in 1988, has a 2449.8 megawatt capacity, and is situated at latitude 41.2435 and longitude -88.2286. The power station uses nuclear energy as its main fuel source.

The station may produce electricity using oil, natural gas, and hybrid fuels in addition to nuclear power. With this shared capability, the Braidwood Generation Station is the sole nuclear power station in the US. Three boiling water reactors, all made by GE-Hitachi Nuclear Energy, are included at the power plant. The Braidwood Generation Station is one of the biggest producers of nuclear-generated power in the United States because to each reactor’s 816 megawatts of output.

An estimated 15 to 20 million megawatt-hours of power are produced by the Braidwood Generation Station annually. About 2 million houses may be powered or supplied with this amount of energy. It services a region of the Midwest, supplying houses, businesses, and other necessities like public transit. The region’s dependable supply of electricity is still the Braidwood Generation Station.

Powerplant Browns Ferry Reviews

North Alabama’s Browns Ferry is home to a 3494 megawatt nuclear power plant that produces electricity. The station, which generated its power mostly from nuclear fuel, is situated at 34.7042 latitude and -87.1189 longitude. Since it started producing electricity on December 20, 1974, the Browns Ferry station has generated more than 263 billion kWh, or enough to power about 25 million homes for a whole year.

The decommissioning and new reactor construction projects in the United States have grown to rely on the Browns Ferry station as an iconic asset. The station has also actively contributed to environmental conservation by lowering the quantity of power produced from scarce, non-renewable fuel sources. With six boiling water reactors, it is now the biggest nuclear power facility in the country. Over the course of its remaining life, Browns Ferry is anticipated to produce an additional 309 billion kWh of energy as it strives for excellence.

Powerplant Brunswick Nuclear Reviews

A power facility called Brunswick Nuclear is situated in Southport, North Carolina, in the United States. A nuclear-powered electric producing facility, Brunswick Nuclear is situated at latitude 33.9597 and longitude -78.0114. The plant began producing energy in 2003.2, and ever since then, it has been a dependable source of energy for the area. With a total output of 1,870 MW, Brunswick Nuclear has the ability to supply the energy needs of more than a million neighbors.

Of course, nuclear energy is the main fuel used by Brunswick Nuclear. Two pressurized water reactors, each capable of producing 935 MW of power, are included in the project. The plant also makes use of a number of ancillary systems, allowing it to effectively manage and distribute the generated energy. It has been acknowledged that Brunswick Nuclear has made a major contribution to the region’s overall energy production, making it an essential part of the local energy system.

Powerplant Byron Generating Station Reviews

A nuclear power plant known as Byron Generating Station is situated in Byron, Illinois. It has a 2449.8 megawatt capacity and runs on nuclear fuel as its main fuel source. Since the station’s opening in 1986, the neighborhood has benefited from consistent power supplies. The station is located at latitude 42.0742 and longitude -89.2819.

One of the biggest and most effective nuclear power plants in the country is Byron Generating Station. Since the plant’s initial inception, it has undergone a number of significant upgrades, including the addition of a new turbine generator in 2004. A turbine with a capacity of more than 1200 megawatts was swapped out as part of the renovation project. Since the plant’s construction, it is thought to have yearly produced 13, 939, 407 megawatt hours of power.

Powerplant Callaway Reviews

Callaway Powerplant, a nuclear power plant with a 1235.8 MW capacity that was started in year, is situated at Latitude 38.7589 and Longitude -91.7788. Because nuclear fuel, also known as fission, is used as the primary fuel in this power plant, it is able to generate enormous amounts of electricity. Heat from fission is transformed into steam, which rotates turbines to produce mechanical work. The facility was operational as of and is expected to generate, respectively.

Callaway Station features cutting-edge equipment to cool the reactors and any potential waste that might be created. They may lessen any environmental harm thanks to this cutting-edge technology, which also effectively cools the reactor, which is necessary for its safe functioning. In order to keep the nuclear plant safe from any terrorist threats, they also deploy current technology.

Powerplant Calvert Cliffs Nuclear Power Plant Reviews

The Calvert Cliffs Nuclear Power Plant is situated in the Maryland county of Calvert. One of the biggest nuclear power plants in the United States, the facility generates 1850.4 megawatts (MW) of power. It has a fantastic view of the bay and is located at 38.4344 N 76.4417 W along the Chesapeake Bay. One of the biggest utility firms in the United States, Exelon Power, owns and runs it. Since it began operating in 1974, the Calvert Cliffs Nuclear Power Plant has been a dependable source of clean energy for residents of Maryland and beyond. One of the biggest and most effective sources of energy is nuclear power, which is the main fuel used in the facility.

Currently, the Calvert Cliffs Nuclear Power Plant generates around 400,000 households’ worth of electricity in the Maryland region per year, or about 1890.6 gigawatt-hours (GWh). Two on-site emergency diesel generators that can power the entire plant site in the event of a blackout are only one of the plant’s many safety precautions. This guarantees the safe and dependable production of energy at the plant. Since its debut, the Calvert Cliffs Nuclear Power Plant has had a big impact on Maryland’s electricity grid, and it still reliably and effectively provides clean energy to its customers.

Powerplant Catawba Reviews

The largest power plant in the area is Catawba Nuclear Station, which is situated on a 2,000 acre site in York County, South Carolina. It can produce 2410.2 megawatts in total. Located at 35.0514 degrees north and 81.0694 degrees west, the power plant. Here, nuclear energy is used mostly to produce power. On July 15, 1985, the Catawba Nuclear Station began producing electricity. According to estimates, the power plant has produced more than 400 billion kilowatt hours of electricity since it began operating.

At peak periods, Catawba’s two units may supply electricity to 2 million homes. 800 individuals are employed there in various positions, ranging from full-time operators to support staff. The nuclear power facility is outfitted with the most recent safety technology. Additionally, it aids the Academic and Career Technology Education (ACTE) Program at Cary High School in developing the technological workforce in the area.

Powerplant Clinton Power Station Reviews

In Illinois, the Clinton Power Station opened for business in 1987. It uses nuclear energy and has a 1138.3 MW capacity. The power plant can be found at 40.1719 N and 88.8339 W in geographic coordinates. It was Illinois’s first industrial nuclear power plant and is owned by Exelon Corporation. The plant can supply 1.4 million houses with electricity.

The plant’s main fuel source is nuclear energy. Inside the reactor, a controlled nuclear reaction is produced using uranium fuel rods. This reaction generates heat, which is subsequently utilized to create steam, which powers a turbine to generate electricity. More than 500 people work at the power plant, which is run in accordance with government safety and security rules.

One of the most dependable energy sources, the Clinton Power Station has been providing power to the area for almost three decades. It has an excellent safety record, with no known negative environmental effects. Since it began operating, Exelon Corporation has been offering its customers dependable electricity at fair prices. The plant has received recognition for its efficiency and reliability attributes.

Powerplant Columbia Generating Station Reviews

A nuclear power plant with a capacity of 1200 megawatts can be found in the United States of America at latitude and longitude of 46.4711 and -119.3339. Energy Northwest owns and operates the facility, which was constructed in 1984 and has been supplying the state with electricity ever since. One of the biggest nuclear power plants in the US is Columbia Generating Station, which has a power output of 1200 Megawatts. The power plant’s main fuel source is nuclear, and at maximum output, it can provide enough electricity each year to power almost 1.2 million homes.

The Columbia Generating Station has invested in more modern technologies over time to boost its efficiency and has grown to be a pioneer in the nuclear energy sector. These include the adoption of a new digital control system, the installation of a new emergency diesel generator, and the upgrading of the reactor vessel head. All of these approaches have improved the power plant’s safety and dependability while lessening its environmental impact.

Powerplant Comanche Peak Reviews

Texas is home to the 2430 megawatt Comanche Peak nuclear power station. The latitude and longitude of this place are 32.2984 and -97.7855, respectively. This power station generates an estimated 860,710 megawatt-hours of electricity each year and is mostly powered by nuclear energy. On October 15, 1990, Comanche Peak opened for business. It is currently in its 30th year of operation.

Luminant, a division of Vistra Energy, is the company that owns and runs this facility. In addition to its primary goal of giving its customers dependable and secure electricity, Comanche Peak is also strongly committed to environmental preservation and preserving public health. Through rigorous monitoring and technical developments, it continually attempts to minimize its influence on the neighborhood’s environment and community. It also operates in accordance with severe safety laws.

One of the longest-running nuclear power reactors in the world, Comanche Peak has been in operation for three decades. Despite its age, the plant has consistently undergone improvements that have kept it ahead of the standards for power generation and reduced its environmental impact. Comanche Peak has established itself as a model power plant, and its longevity attests to its unwavering commitment to quality and safety.

Powerplant Cooper Nuclear Station Reviews

With an 801 MW capacity and having been in operation since 1974, Cooper Nuclear Station is a sizable nuclear power facility situated in Brownville, Nebraska, in the United States. Based on its predicted power generation and start date, the powerplant is capable of producing up to 4,040 GWh annually. It is powered mostly by nuclear fuel. Cooper Nuclear Station is at a prime location to efficiently harness energy from the environment, at latitude 40.3628 and longitude -95.6408.

The Nebraska Public Power District, one of the biggest electric public utilities in the area, is the sole owner of Cooper Nuclear Station. It covers 35 acres and employs 500 people on a daily basis for operations. A rough estimate puts the number of Nebraskans served by the power produced by the power plant at 594,000. It contributes significantly to the region’s overall electricity usage and aids in meeting a significant portion of the area’s power needs.

Powerplant Davis Besse Reviews

Ohio, in the United States, is home to the nuclear power plant Davis Besse. It has a 925.2 megawatt nuclear fuel capacity and is situated at latitude 41.5967 and longitude -83.0861. One of the most effective power plants in the country, the plant was put into operation in 1978. FirstEnergy Corporation operates and manages the Davis-Besse complex. With an expected start operational date of June 1978, it is currently the fifth-largest nuclear power plant in the United States in terms of energy capacity. Since it was put into operation, the nuclear power plant has proven to be an effective and cost-effective source of electricity for the region.

Powerplant Diablo Canyon Reviews

United States of America’s Diablo Canyon nuclear power station, with a 2323 megawatt capacity, uses nuclear energy as its main fuel source. It is situated at coordinates 35.2115 Latitude and -120.8555 Longitude. It began operating in 1985, and it is anticipated to continue producing power for at least the next 40 years.

Together with the State of California, Pacific Gas & Electric (PG&E) created this power plant. It was constructed to aid in supplying Californians’ energy needs. Diablo Canyon has operated largely successfully and generates enough electricity to power about three million residences in the state.

To reduce the risk to its employees and the surrounding area, the project was constructed to incredibly high safety standards. Diablo Canyon has undergone regular inspections to make sure it is running safely and effectively with the assistance of state and federal officials. The power plant’s safe operation for more than 30 years without a significant incident is proof of this.

FAQ

Q. How are nuclear power plants regulated in the United States?

A. The Nuclear Regulatory Commission (NRC) is in charge of regulating nuclear power plants in the US. Nuclear power plant licensing, management, and safety fall within the purview of the NRC. In addition to regulating the handling, transport, and disposal of radioactive materials, they also formulate and enforce regulations for the design, construction, operation, and shutdown of nuclear power stations.

Q. How did the United States move towards nuclear power as an energy source?

A. The federal government made significant investments in nuclear power research and development during the middle of the 20th century, including massive public works initiatives like the Tennessee Valley Authority (TVA) and President Eisenhower’s Atoms for Peace program. As a result, America was able to build the first commercial nuclear power plant in the world in 1957.

Q. How safe is nuclear power in the United States?

A. One of the most developed and tightly regulated nuclear power businesses exists in the United States. As of 2019, 92 reactors were permitted to operate in the US by the NRC. The NRC has extensive restrictions, and the organization seeks to protect plant safety. Despite this, periodically there have been near-accidents or other events that have raised public awareness of the possible risks associated with nuclear power.

Q. What are the pros and cons of nuclear power in the US?

A. Comparing nuclear power to other methods of generating energy in the US, there are certain benefits and drawbacks. The fact that it produces fewer greenhouse gases than other types of power, is relatively cheap, and is readily available are all advantages. The possibility of mishaps and the requirement for secure nuclear waste storage are drawbacks.

Q. How much does a nuclear power plant cost?

A. One of the most expensive kinds of energy production are nuclear power plants. The cost to develop a nuclear power plant starts at about $8 billion USD, with the majority of this cost related to the acquisition or building of the reactor, according to a 2018 report from the United States Energy Information Administration. Furthermore, the price of operation and maintenance can change, but it can also add a lot of money throughout the course of the plant’s life.

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