This report challenges the prevailing narrative that green hydrogen is primarily a product for export from renewable-rich and industry-poor countries; rather, it underscores green hydrogen’s potential as a catalyst for sustainable development within developing countries that can contribute to economic growth, environmental sustainability and social progress.
This report focuses on how green hydrogen and fuel cell technologies could be initially rolled out in developing countries by presenting a series of applications that could be initially deployed in some locations and later scaled up.
This article explores how the energy system of a region of Denmark will have to develop to accommodate high shares of distributed renewable energy generation.
This report takes stock of the status of electricity grids around the world and examines the upgrades required to physical infrastructure and grid planning to facilitate the energy transition.
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 paper focuses on strategies, policies, and programs that industry and government can develop to ensure that supply chains for EVs and their batteries are secure, circular, and reduce the need for mining virgin minerals, thus reducing adverse impacts on the planet and its people.
This report looks at the mineral demand for a net-zero emissions energy system, focusing on seven critical minerals and discussing the role of technological choices, circular economy strategies, and responsible mining in reducing the environmental impact of the transition.
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.