Loading…

Power

China is Home to World's Largest Hydropower Stations

China Three Gorges Group Corporation, the firm behind the Three Gorges Dam, is planning the construction of China's third-largest hydropower station, called the...

Released Thursday, December 09, 2010

China is Home to World's Largest Hydropower Stations

Researched by Industrial Info Resources (Sugar Land, Texas)--China Three Gorges Group Corporation (CTGGC) (Yichang, China), the firm behind the Three Gorges Dam, is planning the construction of China's third-largest hydropower station, called the Baihetan Hydropower Station. It will be the largest after the Three Gorges Dam on the Yangtze River in the Hubei provinces, and the Xiluodu Power Station on the Jinsha River between the Yuunan and Sichuan provinces.

China is now the world's leader and No. 1 investor in renewable energy, surpassing many companies in wind and hydro power. In 2005, the Chinese government approved the country's first Renewable Energy Law and since then, China has soared upward, taking time to amend the law as it constantly renews its commitments to climate change control and emissions reductions. Currently, China has more than 500 gigawatts (GW) of total installed capacity, though that figure is expected to double by 2025. Renewable energy accounts for only 7% of the current total, but China has set ambitious goals to increase renewable energy's stake in the total to 15% by 2020.

China has become a home to mega-hydropower stations in its attempt to harness the vast potential of renewable energy. Southern China, especially the Yuunan and Sichuan provinces, is on the road to becoming a major powerhouse for the country. And China will need every powerhouse it can get; industry does not show any signs of slowing in the near future and, along with the economy, it is expected to keep growing with the population.

Baihetan Hydropower Station, which will kick off construction next year, joins Xiluodu Power Station and two other power stations as part of CTGGC's Jinsha River project. Each of the power stations has been designed to generate about 12 GW apiece, and the Jinsha River project will generate more electricity than the Three Gorges Dam when they are all fully operational. The Three Gorges Dam, the largest in the world, is expected to generate nearly 23 GW when its generators are brought online next year. CTGGC estimates that costs for Baihetan will reach more than $8 billion by the time it is completed in 2022.

View Project Report - 300022457

Industrial Info Resources (IIR) is the leading provider of global market intelligence specializing in the industrial process, heavy manufacturing and energy markets. IIR's quality-assurance philosophy, the Living Forward Reporting Principle™, provides up-to-the-minute intelligence on what's happening now, while constantly keeping track of future opportunities.
/news/article.jsp false

Share This Article

Want More IIR News Intelligence?


Make us a Preferred Source on Google to see more of us when you search.

Add Us On Google

Please verify you are not a bot to enable forms.

What is 76 + 3?

Ask Us

Have a question for our staff?

Submit a question and one of our experts will be happy to assist you.

By submitting this form, you give Industrial Info permission to contact you by email in response to your inquiry.

A glowing computer chip is placed on a dark blue circuit board. Bright blue lines and nodes create a futuristic, technological ambiance.

Forecasts & Analytical Solutions

Where global project and asset data meets advanced analytics for smarter market sizing and forecasting.

Explore Our Solutions
Dimly lit data center with rows of towering black server racks, glowing blue lights, and a sleek, futuristic ambiance.

PECWeb Global Market Intelligence Platform

Identify opportunities, anticipate change, and execute with confidence. PECWeb connects the industrial intelligence you need, from projects and assets to operational events, all in one platform.

Discover Pecweb

Get notifications from IIR News Intelligence

Click 'Sign Up' then 'Allow'