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This book is about harnessing electrical energy from the magma of an active volcano to pave a way for a complete transition of thermal power generation. It discusses ways of using magma's temperature instead of oil and coal in the world of renewable energy production. To demonstrate and analyze the idea clearly, this book took ERTA' AlE volcano in Danakil depression, ETHIOPIA, as a case study. Thermodynamic analysis of the resource has been calculated and simulated using thermolib toolbox in MATLAB developed by the EU tech scientific engineering.

Produktbeschreibung
This book is about harnessing electrical energy from the magma of an active volcano to pave a way for a complete transition of thermal power generation. It discusses ways of using magma's temperature instead of oil and coal in the world of renewable energy production. To demonstrate and analyze the idea clearly, this book took ERTA' AlE volcano in Danakil depression, ETHIOPIA, as a case study. Thermodynamic analysis of the resource has been calculated and simulated using thermolib toolbox in MATLAB developed by the EU tech scientific engineering.
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Autorenporträt
Shewit Tsegaye received Bachelor of Science (B.Sc.) from Ethiopian Institute of Technology- Mekelle (EIT-M) in Electrical and Computer Engineering and Masters of Science (M.Sc.) in Electrical Power Engineering from Jimma Institute of Technology. He is currently a Ph.D. scholar at the AAIT/ AAU & ENEL foundation OAP 2019 fellow.