Clean energy systems
The power sector, the largest source of global greenhouse gas emissions, must decarbonise to strengthen the global response to climate change.
The adoption of renewable, clean energy is integral to delivering the Paris Agreement, which aims to limit the global temperature increase to 1.5 °C, as this would substantially reduce the risks and effects of climate change.
In order to achieve this goal, fossil-fuel dominated energy systems will need to transition to low-carbon alternatives.
Hydropower remains the largest source of renewable electricity generation in the world. It represents over 16 per cent of global electricity production, more than all other renewables combined, and will play an important role in the energy transition.
Hydropower provides valuable grid services that enable increased and more efficient deployment of variable renewables, alongside other essential energy and water services.
IHA is increasing awareness of hydropower’s contributions to reliable, stable and affordable energy systems and human development.
We work with international partners to highlight the role of hydropower in enabling the transition towards clean and sustainable energy systems.
Focusing on hydropower’s balancing and ancillary services for grid stability, we also share knowledge on the evolving role of pumped hydropower storage in future energy systems.
We are actively engaged in developing publications, workshops, webinars and events highlighting hydropower as a vital component of future energy systems.
Join our network
IHA’s Clean Energy Systems Knowledge Network supports members to build and share knowledge on hydropower’s role in clean energy systems.
If you are an IHA member, you can join our Clean Energy Systems Knowledge Network.
IHA members can access the knowledge network in Hydropower Pro, our online member community.
In the online group, network members can connect with each other, exchange experiences and access essential resources, briefings and case studies.
For any questions, please contact IHA senior analyst Samuel Law at email@example.com
Latest associated content
Smaller-scale hydropower solutions have proven to be successful in various regions where it may be more technically feasible and cost-effective to install small-scale systems than more conventional hydropower systems.Type:Programme itemDate:1 February 2017
Hybrid energy systems typically consist of two or more different energy sources used in conjunction to ensure firm power output, increased system efficiency and ultimately a greater balance in power supply at lower overall costs.Type:Programme itemDate:19 January 2017
Connecting the hydropower resource, especially large hydropower projects, to major load centres can be challenging, particularly where the load centre is located a significant distance away from the generation source.Type:Programme itemDate:19 January 2017
Driven by the Programme for Infrastructure Development in Africa (PIDA) and the African Union’s Agenda 2063, electricity infrastructure, transmission, interconnections and hydropower are simultaneously undergoing considerable development throughouType:Programme itemDate:19 January 2017
At the end of 2016 we can look back on a year of progress for hydropower, with many development landmarks achieved around the world. We have compiled some of the most notable achievements by IHA member companies this year.Type:Blog postDate:19 December 2016