Krasnoyarsk Dam: Russia's Hydroelectric Giant and Its Detailed Metrics

Krasnoyarsk Dam: Russia's Hydroelectric Giant and Its Detailed Metrics
Introduction
The Krasnoyarsk Dam, situated on the Yenisei River in Russia, is not just another hydroelectric dam; it's a marvel of engineering with specific metrics that make it stand out. This blog post delves into these metrics to give you an in-depth understanding of the dam's impact.

Installed Capacity
With an installed capacity of 6,000 megawatts, the Krasnoyarsk Dam is one of Russia's largest hydroelectric projects. This capacity is enough to power approximately 4.8 million homes annually.

Construction Material
The dam's construction involved the use of 2 million cubic meters of concrete and 150,000 tons of steel. This massive use of material showcases the scale and complexity of the project.

Turbine Details
The dam is equipped with twelve turbines, each capable of producing 500 megawatts. These turbines are state-of-the-art and contribute to the dam's high efficiency.

Annual Energy Output
The dam's annual energy output is around 20,400 GWh, contributing significantly to Russia's GDP. This energy production is equivalent to avoiding the emission of over 12 million tons of CO2 annually.

Environmental Impact
While the dam has many benefits, it has also led to the flooding of 2,000 square kilometers of forest, affecting 25,000 people directly. This has raised concerns about its long-term environmental sustainability.

Economic Benefits
Apart from energy production, the dam also supports local employment and contributes to regional development, making it a cornerstone of Russia's economic infrastructure.

Conclusion
The Krasnoyarsk Dam serves as both an engineering marvel and a subject of environmental debate. Its specific metrics and contributions make it a compelling subject for anyone interested in hydroelectric power and sustainable development.

Don't forget to subscribe to Chronicles of Fames for more such insightful articles and videos.

SEO Keywords
Krasnoyarsk Dam, Yenisei River, Russia, Hydroelectric Power, Installed Capacity, Turbines, Annual Energy Output, Environmental Impact, Local Communities, Chronicles of Fames, Concrete Usage, GDP Contribution