United States

Cumberland (TN) — 2,600 MW Coal

Coal Verified

Cumberland (TN) is a 2,600 MW coal power plant located in United States of America. View location, capacity, and technical details.

Capacity
2,600 MW

Installed

Commissioned
1973

Year online

Owner
Tennessee Valley Authority

Operator

Location
36.39, -87.65

Coordinates

Insights

#31
largest in United States of America
#152
largest Coal worldwide
#444
largest worldwide
1973
24 yrs older than avg
60
operated by Tennessee Valley Authority
11
plants within 100 km

Technical Details

Fuel Type
Coal
Capacity
2,600 MW
Commissioned
1973
Status
Operational
Owner
Tennessee Valley Authority
Country
United States
Coordinates
36.390, -87.654

Estimated Carbon Footprint

Annual CO₂
10,271,976 t

tonnes / year

Lifetime CO₂
410,879,040 t

over ~40 yrs

Intensity
820 g

gCO₂ per kWh

Annual emissions equal to

2,233,038
cars / year
1,369,597
homes / year
466,908,000
trees to offset

Indicative estimate from standard life-cycle emission and capacity factors — not a measured figure. Open calculator

Nearby Stations

About this plant

The Cumberland Fossil Plant, located in Tennessee, is a significant coal-fired power generation facility owned and operated by the Tennessee Valley Authority (TVA). Commissioned in 1973, the plant has a total generating capacity of 2,600 megawatts (MW), making it one of the largest coal-fired power plants in the United States. The facility plays a crucial role in the energy sector of the region, contributing to the electrical needs of millions of residents and supporting local industries.

As a coal-powered plant, Cumberland utilizes coal as its primary fuel source for electricity generation. Coal has been a traditional energy source in the United States due to its abundance and affordability. The combustion of coal produces steam, which drives turbines to generate electricity. However, this fuel type is also associated with various environmental concerns, including greenhouse gas emissions, air pollution, and the generation of coal ash, a byproduct of combustion. The TVA has undertaken measures to mitigate some of these impacts, including the implementation of emissions control technologies and the exploration of cleaner energy alternatives.

The environmental impact of the Cumberland Plant has been a subject of scrutiny and regulatory oversight. Coal-fired plants are known to emit significant amounts of carbon dioxide (CO2), sulfur dioxide (SO2), and nitrogen oxides (NOx), which contribute to air quality issues and climate change. The TVA has invested in technologies aimed at reducing these emissions, including scrubbers and selective catalytic reduction systems, which help to lower the levels of harmful pollutants released into the atmosphere.

Regionally, the Cumberland Fossil Plant is of great significance. It serves as a backbone for the electrical grid in the Tennessee Valley, providing reliable power to support economic development and residential needs. The plant’s output is vital for maintaining grid stability, especially during peak demand periods. Moreover, the TVA plays a crucial role in balancing energy production with environmental stewardship, reflecting a commitment to transitioning towards more sustainable energy sources while ensuring the reliability of power supply in the Tennessee Valley.

In recent years, the energy landscape in the United States has been shifting towards renewable sources, including solar and wind power. The TVA has recognized this transition and is actively investing in renewable energy projects, as well as energy efficiency programs. Despite these changes, the Cumberland Fossil Plant remains an essential component of the TVA’s energy portfolio, providing a substantial amount of baseload power while the region adapts to evolving energy demands and environmental considerations.

In summary, the Cumberland Fossil Plant stands as a prominent feature in the energy sector of the United States, particularly within the Tennessee Valley. With its substantial capacity and ongoing efforts to address environmental challenges, the plant exemplifies the complexities of balancing energy production, economic needs, and ecological responsibility.

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