This report describes the context and potential for hydropower development in Madagascar.
This report provides an extensive overview of the hydropower sector in Cameroon, including technologies, project management, and socio-economic and environmental context, and offers an assessment of the feasibility of a specific micro-hydro project in Yaoundé.
This brief provides an introduction to small hydropower generation, with information on potentials, technologies, system sizing and project design, project steps and investment needs.
This article presents the results of an analysis of Ugandan river and stream hydropower potential.
This slide deck provides a quick introduction to the Ugandan hydropower sector, including relevant actors, current projects and future potential.
The Breakthrough Agenda Report 2023 is an annual collaboration between the International Energy Agency (IEA), the International Renewable Energy Agency (IRENA) and the United Nations Climate Change High-Level Champions. It takes stock of emissions reductions in key energy subsectors and focuses on supporting stronger international collaboration to drive faster reductions in global greenhouse gas emissions.
The Green Cement Technology Tracker aims to support decision-makers and experts in policy and industry, academia as well as civil society, by tracking public announcements of investments in low-carbon cement technologies and presenting them transparently in one place.
This paper explains how minimum energy performance standards for buildings can be implemented effectively while remaining socially just, using a differentiated approach that carefully follows a series of design principles.
This module aims to help policymakers and regulators understand the potential benefits of and opportunities for improving the efficiency of buildings and give them a background on the key issues to be addressed when developing suitable policies and a framework for implementation.
This guidebook helps practitioners adopt a holistic approach to sustainable neighbourhood design, integrating the design of efficient energy, water, wastewater and solid waste systems, and low energy mobility.