This report identifies key areas for global action to scale up renewables, cut energy-related carbon emissions and meet key climate goals.
This REmap study, prepared in co-operation with the European Commission, identifies cost-effective renewable energy options for all EU Member States, spanning a wide range of sectors and technologies.
This report evaluates Thailand’s options for power generation, transport development, thermal and bioenergy use, and identifies the key challenges in scaling up renewables.
This set of briefs, prepared by the International Renewable Energy Agency (IRENA), highlights challenges and opportunities as the world seeks climate-safe energy solutions.
This working paper considers how renewables and energy efficiency can work together to contribute to global energy decarbonisation by 2050. It also looks and how this synergy affects energy system and technology cost, and the effect it has on air pollution and avoidance of adverse health effects caused by these pollutants.
Assets like power plants can become “stranded” by unanticipated or premature write-downs, devaluation or conversion to liabilities. This will happen to some degree in the transition to a low-carbon economy. However delaying action to address climate change would result in significantly more severe asset stranding, according to this analysis by the International...
Technological breakthroughs are needed to reduce carbon emissions in the energy sector. This working paper examines the basic conditions required to nurture innovation and produce new technologies for a low-carbon future.
This working paper provides a perspective on the changes needed for India to further accelerate the adoption of renewables, and achieve an affordable, secure, inclusive and environmentally friendly energy system that can address expanding energy demand and socio-economic needs.
The Russian Federation has set out to increase and diversify its use of renewables, particularly for power generation. Under current plans and policies, renewables would reach nearly 5% of total final energy consumption by 2030.
District heating and cooling (DHC) combined with renewable energy sources can help meet rising urban energy needs, improve efficiency, reduce emissions and improve local air quality. Although currently dominated by fossil fuels such as coal and gas, DHC systems can be upgraded, or new networks created, to use solid biofuel, solar and geothermal energy technologies.