This guide aims to accelerate the flexibility and responsiveness of learning systems by providing guidance on the design, issue and recognition of micro-credentials.
This guide aims to help energy statisticians understand the various elements and processes involved in renewable energy data collection and management, and identify capacity gaps. It covers seven requirements for effective data management: 1. Legal and institutional frameworks; 2. Well-defined data requirements; 3. Sufficient skilled personnel; 4. Clear methodologies and processes; 5. Appropriate data collection … Continue reading “Capacity needs assessment for renewable energy statistics”
This guide addresses the challenges faced by rural energy enterprises in developing countries, and sets out solutions such as business models offering cooking energy as a service.
The is comprehensive course is intended for energy statisticians working at national statistical offices and ministries in charge of energy.
This web portal provides an extensive introduction into the Bolivian renewable energy sector, policy, financing and more.
This action plan, developed with support from SEforALL and ECREEE, lays out the energy access strategy of Côte d’Ivoire for 2016-2020/2030. It includes extensive background and context as well as information on strategic priorities and measures to promote these.
This report presents the experiences of competitive processes for the incorporation of non-conventional renewable energies in LAC, especially solar PV and wind energy. It provides an analysis of the strategies and structures that have been used, the legal frameworks that enabled them and a database of outcomes.
This report examines the role of climate finance in Madagascar’s energy transition, and the impact that different financial instruments have on the delivery of the electrification schemes.
This report investigates opportunities to reduce consumption of scarce raw materials by recycling metals and other resources from energy technologies such as wind turbines, solar PV panels and batteries.
This study identifies advances in PV recycling technology that have the potential to be affordable, technically feasible, and environmentally responsible.