This guide by the Covenant of Mayors of Sub-Saharan Africa shows that urban planning tends to be gender blind, with the design of urban street lighting as a key example. It provides a manual, aimed at African cities, on how to develop gender-responsive public lighting projects. English: https://comssa.org/download/rxeWs6zcOXbTl8qRidGZ9nCB7EFAI4Pa/Gender-sensitive-public-lighting.pdf French: https://comssa.org/download/U3kjdTBHqV6FGKfoI71EgLY2wZrSvtz8/Eclairage-public-sensible-au-genre.pdf
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 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.
This report examines the critical role of modeling for transmission planning for energy transitions.
This plan provides a comprehensive, forward-looking least-cost plan for the development of the country’s power sector, including both on-grid and off-grid.
This report explores the critical intersections of AI development, gender equality and energy transitions, emphasizing how AI applications can advance a sustainable, equitable and just energy transition.
This web page provides an overview of grid-scale energy storage, discussing the current status around the globe and providing recommendations for governments.
This paper discusses the role of AI in the energy transition in Latin America, identifies key factors for successful implementation in the region and proposes an AI maturity model for the energy transition that allows stakeholders to assess the status and gaps for the AI adoption.
This study examines the integration of AI into energy management processes in industrial facilities and the advantages it provides.