4.7 (95) In stock
With the commercial debut of the first of six planned 470-MW turbines in December 2005, the time has come to pay homage to the sheer size (2,820 MW) and longevity (13 years and counting) of TEPCO's Kannagawa Hydropower Plant. By the time Unit 2 is commissioned in 2010, and Units 3 through 6 go on-line "in and after 2016," two generations of engineers, technicians, and builders will have worked on the "pure" pumped-storage project since its inception. As if those stats weren't impressive enough, Kannagawa marks the debut of "splitter runners" for pump-turbines. They increase the effective head of the plant to the highest in the world: 2,142 feet, at a flow of 135,000 gallons/second. That's a very large pump-turbine, indeed.
/taes/cms_images/Hydro-Turbine-Gene
Study of the drivers and asset management of pumped-storage power
Hydropower in China and other top generators across Asia
Study of the drivers and asset management of pumped-storage power
A new study says that many large-scale hydropower projects in Europe and the US have been disastrous for the environment and that they are 'not sustainable' in the developing world. Dozens of
Kannagawa-Pumpspeicherkraftwerk – Wikipedia
Existing and new arrangements of pumped-hydro storage plants
琵琶湖河川事務所 天ケ瀬ダム再開発 進捗状況
Pumped storage - Energy Education
Going Dam Viewing? Introducing Japan's Hydroelectric Power Stations.
Hydropower Stock Photos, Royalty Free Hydropower Images
Pumped hydro storage (PHS) - ScienceDirect
Currant Creek Power Plant, Mona, Utah
PDF) Importance of pumped storage hydroelectric power plant in Turkey