Extreme weather events and changes in hydrological patterns can be expected in a world altered by climate change.
Hydropower systems are characterised by their longevity and are traditionally designed on the basis of historical hydrological data.
Planning hydropower systems from a long-term, climate-resilient perspective will ensure that future generations inherit infrastructure that will not be compromised by climate change.
IHA has led the way in developing a tool for reliably estimating the carbon emissions of hydropower.
IHA has published the Hydropower Sector Climate Resilience Guide to ensure that hydropower projects will be resilient to climate change.
The guide provides workable international good practice guidance for project owners, governments, financial institutions and private developers.
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Jindal Power Limited, India’s leading power generation company with a portfolio of 15,000 MW in various stages of operation, implementation, development and planning in hydro and thermal, has signed a partnership with the InternType:Blog postDate:4 June 2014
In 2013, Canadian utility Hydro-Québec completed the construction of the Eastmain-1-A-Sarcelle-Rupert hydroelectric development at James Bay, encompassing an area of 46,164 sq km, for a planned electricity output of 8.7 TWh.Type:Blog postDate:30 May 2014
Giulio Boccaletti, Ph.D., is the managing director for global water at The Nature Conservancy. He spoke with us about sustainability as a structural issue, and the importance of dialogue between NGOs and the hydropower community.Type:Blog postDate:29 April 2014
On 7–9 April 2014, 35 specialists and scientists from around the world gathered in Knoxville, Tennessee, to begin the production of guidelines that will help companies to better understand greenhouse gas (GHG) emissions from reservoirs.Type:News postDate:24 April 2014
Philipp Hauser is vice president carbon markets at GDF Suez Energy Latin America.Type:Blog postDate:4 April 2014