Texas Nuclear Power Plants and the Texas Public Utility Commission

A new report has generated impressive headlines regarding the proposed expansion of nuclear power plants in Texas. It warns that proposed nuclear expansions could cost the state up to $22 billion, which would significantly increase the cost of electricity for consumers and thwart investment in energy-efficiency programs and solar power. However, this is not the end of nuclear construction in Texas. This article will explore the future of these plants and what the Texas Public Utility Commission can do to protect the state's economy.

Comanche Peak

The fate of the Comanche Peak nuclear power plant in Texas is in the hands of the federal government. The nuclear power plant's controversial licensing process began in 1986 and was scheduled to resume in early 1987. In the interim, a new plant manager and TU management team was in place. The plant received a $10 million settlement, a landmark amount in the nuclear power industry. While the settlement was not final, the case was still a victory for nuclear safety, and Comanche Peak remains a clean energy plant.

The nuclear power plant's second unit had been offline for almost two weeks due to a fire in the main transformer. The plant was restarted Friday at 10:30 p.m. and had fully returned to normal operation by 9:30 a.m. Saturday. The power plant's unit is still running at full capacity. The nuclear plant is about 60 miles southwest of Dallas and is capable of producing 2.3 gigawatts of electricity - enough to power about a million homes during normal conditions. In its full capacity, the plant can generate 1,150 megawatts of electricity.

In the meantime, the plant is receiving water from the nearby Squaw Creek Reservoir Dam. The plant also features an independent spent-fuel storage installation for nuclear fuel and other radioactive materials. Construction began in December 1974 and the nuclear power plant is expected to be fully operational by 2050. The plant currently employs around 1,000 people, including a large workforce during construction and commissioning. This plant is expected to operate for more than 40 years.

South Texas Project

A nuclear power plant in Texas has undergone its most rigorous weather test since 1988. The plant, located in Matagorda County 70 miles south of Houston, provides 2,700 megawatts of power to two million consumers. During the Hurricane Harvey response, 250 "storm crew" workers are running the South Texas Project's reactors. The reactors are operated by the city of San Antonio's CPS Energy utility, and are staffed by U.S. Nuclear Regulatory Commission personnel. In addition to a variety of technical procedures, these reactors are undergoing a thorough safety audit to ensure that they are operating safely.

The plant is the largest nuclear power plant in the United States. It produces electricity that is affordable and reliable for over two million residents of Texas. The South Texas Project Electric Generating Station celebrated its 30th year of commercial operation last year. The plant currently employs nearly 1200 people and is committed to providing clean, renewable energy for decades to come. To that end, it has two Westinghouse pressurized water reactors and a 7,000-acre reservoir that cools the plant's two reactors. In addition to this, the plant also participates in emergency response exercises.

The South Texas Project was granted a license by the NRC in February 2016, but has yet to build its first two nuclear reactors. With natural gas prices so low, building new nuclear reactors is becoming increasingly uneconomical. However, the project's operators said they are holding on to their license and hope to build new reactors when market conditions are right. If the NRC decides to approve a new reactor, the company will proceed with the construction of the first two.

Comanche Peak 2

The Comanche Peak 2 nuclear power plant in North Texas is the last privately owned plant being built in the United States. The plant, which is expected to start commercial operation next summer, has been controversial for more than 18 years, with lawsuits and costs exceeding $1 billion. Despite these obstacles, the plant was granted a license by the Nuclear Regulatory Commission. Its construction will continue until its final operating license is granted, and it will then begin generating electricity at full capacity.

The Comanche Peak nuclear power plant is a 2.3 gigawatt plant located in Somervell County about 40 miles south of Fort Worth. The plant uses a once-through cooling system that draws water from nearby Squaw Creek Reservoir. This power plant is only one of two nuclear power plants in Texas, but the South Texas Project, which is located in Matagorda County between Bay City and Palacios, employs 1,300 full-time workers and relies on a 7,000-acre reservoir.

In a statement, the nuclear company stated that it is evaluating its plans to build Comanche Peak 2 and other nuclear facilities in the state. While it remains unclear if the new nuclear power plant will be completed on time or on budget, the company said it is prepared to wait for the license to expire and to apply for an extension. As the nuclear industry changes, the Comanche Nuclear Plant's owners are keeping an eye on the changing energy market and are preparing for a possible sale of its existing assets.

Luminant, the company responsible for running the plant, filed applications with the NRC to build two additional nuclear units. Unit one of the Comanche Peak plant is currently operating at full capacity and unit two is shut down. The plant is 60 miles southwest of Dallas and has two units. At full capacity, each unit of the Comanche Peak nuclear power plant generates 1,150 megawatts of electricity, which is enough to power about 1.15 million homes during normal operation.


Oncor nuclear power plants in Texas are under attack for their role in climate change. Despite their skepticism, Texas officials have a track record of embracing renewable energy, including wind power. These renewables are generating significant amounts of power that can be sold back to the grid. The Texas government is considering establishing a weatherization program for these nuclear plants. The plan would include mandatory weatherization, state rainy day funds, and federal COVID relief funds.

Electricity outages can leave Texas without power for weeks. Fortunately, the Electric Reliability Council of Texas, which manages Oncor, has a system that provides outage maps to let people know if they'll lose power. The Texas power grid runs on a frequency of 60 hertz, and an outage in one plant could disrupt the frequency. During this time, Oncor's website has a list of affected facilities and when power will be restored.

Residential customers in Texas pay one of two types of rates. The first is a fixed monthly rate and the second is based on the number of kWhs consumed during a month. Rates vary depending on service area, and the Texas utilities commission reviews the utility's rate schedule twice a year. Rates are subject to change, and must be approved by the commission before they take effect. Currently, Oncor's residential rates are among the highest in the country.

This week, extreme cold and lack of winterization caused outages in Texas. Electricity regulators have long preferred renewable sources over coal and nuclear, despite the fact that they are not more reliable than other methods of generating power. The state has shifted away from fossil fuels and nuclear to favor heavily subsidized renewable sources. But now millions of residents are learning about the vulnerability of their homes and businesses to extreme weather conditions.

Oncor Energy

Hunt's conglomerate wants to reorganize Oncor Energy, which owns three nuclear power plants in Texas, into a "real estate investment trust." That means it would split the company into two entities, one of which owns assets, rents out the equipment, and deals with customers. This structure has worked well in the real estate industry and is commonly used in shopping malls. It would allow Oncor to borrow money at lower interest rates, which would presumably translate into cheaper electric rates for customers.

The application is the result of a bankruptcy case filed by the former owner of the Comanche Peak nuclear station. The plant's two units have a combined capacity of 2,400 megawatts (MW). The first unit began operations in August 1990 and the second entered service in August 1993. The station is connected to the Oncor Electric Delivery transmission system and lies within the ERCOT balancing authority area. The company's nuclear plants are part of the Energy Future Holdings bankruptcy, and Energy Future has turned over its generating assets to creditors.

The company's power grid is managed by the Electric Reliability Council of Texas (ERCOT). The ERCOT has ordered several power cuts to match the low supply in Texas. This is primarily due to frigid temperatures that forced power plants to shut down. During the first one, Oncor's team began a plan to roll out power cuts at 15-minute intervals. Oncor's share of the cut was 8,000 megawatts, which would power 1.6 million homes.

ERCOT institutes controlled outages when its reserves fall below 1,000 MW. A megawatt is equal to the capacity of 200 Texas homes during peak demand. The nuclear power plants would replace the older, inefficient coal-fired power plants, which only operate when demand is high. ERCOT's system covers 75 percent of the state's land area, and includes the major population centers. There are also more than 50,000 MW of potential energy generation capacity, which makes nuclear power a highly affordable and clean source of electricity.

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