Analysis
-
Grid Integration of Electric Vehicles
A manual for policy makers
-
How hybrid PV technologies can contribute to the decarbonisation of Thailand's power system
-
Advancing Decarbonisation through Clean Electricity Procurement
-
Smart Grids
Infrastructure deep dive
More efforts needed
-
Solar PV
Technology deep dive
More efforts needed
-
Wind Electricity
Technology deep dive
More efforts needed
-
Breakthrough Agenda Report 2022
Accelerating Sector Transitions through Stronger International Collaboration
-
Enhancing Indonesia’s Power System
Pathways to meet the renewables targets in 2025 and beyond
-
Methodology to assess the system value of different corporate procurement strategies in developing economies
-
Steering Electricity Markets towards a Rapid Decarbonisation
-
Policy brief on public charging infrastructure
Promoting successful roll-out strategies and business models
-
Solar Energy Policy in Uzbekistan: A Roadmap
-
Energy transitions require innovation in power system planning
-
Scaling up renewables in the Java-Bali power system: A case study
-
Reforming Korea's Electricity Market for Net Zero
-
System Integration of Renewables in Moldova: A Roadmap
-
More flexibility for more renewables in grid-connected heat supply
Part of Today in the Lab - Tomorrow in Energy?
-
Unlocking the potential of bioenergy with carbon capture and utilisation or storage (BECCUS)
Part of Today in the Lab - Tomorrow in Energy?
-
Renewables Integration in India
-
Thailand Power System Flexibility Study
-
Electricity Security 2021
Challenges and opportunities ahead for electricity security
-
Analytical frameworks for electricity security
Part of Electricity Security 2021
-
Climate Resilience
Part of Electricty Security 2021
-
Enhancing cyber resilience in electricity systems
Part of Electricity Security 2021
