The CaDRE methodology helps policy makers, organisations and capacity development/renewable energy practitioners shape an environment conducive to the development of renewable energy.
This is a methodology for a quick learning needs assessment in the form of a list of questions.
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 […]
This is an example of a regional capacity building strategy based on a comprehensive needs assessment.
This report compiles a collection of case studies from around that world that showcase programmes designed to address skills development of workforces for energy transitions.
The tool provides “how-to” guidance on designing competency standards and curricula for greener jobs, adapting training delivery and assessments to support greener learning, adapting practices to maintain a greener campus, greening the professional development of teachers and in-company trainers, and sensitizing enterprises.
This website contains a range of learning resources on Integrated Resource Planning (a methodology for least-cost planning by public utilities), including load forecasting, tariff policies, amd demand side management. It also includes exercises and case studies.
This report explores ways to identify and mitigate energy transition investment risks in the low- and middle-income countries, pointing out 1) that better energy planning can attract greater investment in renewable energy, 2) that sustainable fuels will play an important role in delivering the energy transition, and 3) that the social dimensions of the transition […]
This report highlights the economic, social and environmental benefits that energy and transport sector-coupling and a transition towards EV- and RE-based, efficient systems can create in small island settings, and provides tools for the planning of such a transition.
This article explores how system planning, and in particular assessments of system adequacy, will need to innovate and evolve to allow power systems to keep delivering secure and affordable electricity supply during energy transitions.