Africa has installed wind capacity of just 9 GW – less than 1% of the global total. However, there is increasing recognition of both the benefits of wind energy and Africa’s enormous potential, and the Global Wind Energy Council expects this capacity to grow by 900% in the coming years. This presentation by the International … Continue reading “Exploring Africa’s Untapped Wind Potential”
Wind farms tend to be large projects built in relatively remote areas, and in the past, they have often generated more disturbance than benefits for local communities. This World Bank report discusses models that allow host communities of wind energy projects to benefit more from those projects.
This is Energypedia’s Wind Portal. It provides an overview of wind energy technology, preparatory studies needed to plan a wind energy project, wind energy policy frameworks, and wind energy project implementation, operation, MEL and impacts.
This report assesses the effectiveness of women in energy networks worldwide and offers best practices and recommendations for networks under development or those aiming to enhance their impact.
This report provides baseline data on women’s employment in wind energy, as well as information on barriers to gender equality and recommendations to close gender gaps.
This guide provides principles and step-by-step instructions for the establishment of regional/national networks for women working in energy
This paper presents the results of a techno-economic study of a potential waste-to-energy plant in Kampala, Uganda, including modeling to project energy generation potential and the payback period for the initial investment.
This paper gives an overview of waste to energy technologies, discusses barriers to its wider adoption in developing countries, and helps researchers and decision-makers to make informed decisions on the feasibility of WtE as a pathway for sustainable waste management and renewable energy generation.
This paper provides general guidelines for conducting Environmental Impact Assessments for waste-to-energy projects.
This article discusses the potential of heat and electricity co-generation from biomass waste to both expand energy access and improve waste management in rural areas.