Off-grid hybrid renewable energy systems (OHRES)

Off-grid hybrid renewable energy systems (OHRES)

Off-grid hybrid renewable energy systems (OHRES)

by Mohamed Mamdouh Elkadragy, Egypt (PPRE 2012/14)

Led by KIT PhD candidate Mohamed Elkadragy, this project examines the techno-economic performance of OHRES systems across case study sites in Canada and Uganda where identical systems are installed in the field.

Off-grid hybrid renewable energy systems (OHRES) utilize renewable resources, such as wind and solar power, as well as backup generators to provide electricity for remote communities. A major challenge to the accelerated expansion of these systems is a lack of reliable data assessing the technical and economic performance of systems across diverse geographies. This is due to the lack of standardization in technical and economic analyses for OHRES systems.

Mohamed Elkadragy, a PhD candidate in Renewable Energy at the Karlsruhe Institute of Technology (KIT) embarked on a techno-economic study of OHRES systems with the support of AE4H in 2017. The goal is to carry out a contrastive techno-economic analysis and system design optimization of two similar wind/solar OHRES systems installed in locations with very different climatic and economic conditions - Canada and Uganda. The aim is to understand how technical, economic, and environmental contexts influence the economic feasibility and sustainability of OHRES systems. 


To read the abstract online, please click here.

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(Changed: 2020-01-23)