0000-0001-7677-8079 About
Getaneh Mesfin Meseret was born in Ethiopia, Amhara Region, Dangila. He got a B.Sc. He earned
an Electrical and Computer Engineering degree in 2014 from the Mekelle Institute of Technology and
received an M.Sc. I earned a degree in power system engineering in 2018 from the Barhir Dar
Institute of Technology (BIT). I obtained my Ph.D. degree in 2023-2024 in Electrical Engineering from
NIT Silchar in Assam. I am an Assistant Professor in the Electrical Engineering Department at
Debre Tabor University, Debre Tabor, Amhara, Ethiopia.
Research Interest
Automatic Generation Control (AGC)/LFC.
Deregulated /Restructured/ Power System.
Soft Computing and FACTS Devices Application in Power System Control.
Power System Stability (Steady-State Stability, Dynamic Stability, Transient Stability).
Conventional and Non-Conventional Energy Resources.
Microgrids (Grid-Connected, Island-Mode & Stand-Alone). Battery/others/ energy storage systems
and their Applications.
Electric Transportation.
Employment
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Debre Markos University2015 - Present
Education
Education history is unavailable.
Projects & Funding
Projects & funding information is unavailable.
Publications (9)
- SBOA‐Based Multi‐Level Parallel Fuzzy Controller for AGC of Multi‐Area Power Systems With Renewable Energy and Storage Save
- Optimized Asymmetrical Fuzzy‐2DOFTIDF Controller for LFC of Three‐Area Multi‐Sources Interconnected Power System Along With HAE‐FC and UPFC Using a New SOA Algorithm Save
- Design and Analysis of a Novel Multi‐Stage Neuro‐Fuzzy TID Controller for AGC in Multi‐Area Hydro‐Thermal Power Systems With Wind Integration Under Nonlinearities and Cyber Attack Vulnerabilities Save
- Frequency Regulation in Multiarea Hybrid Power Systems Using an Optimized Secondary Controller: Combined Time‐ and Frequency‐Domain Study Save
- Three‐Level NF‐TDN Controller for AGC in Thermal‐Hydro‐Gas Power Systems Integrated With TCPS Under Nonlinear Conditions Save
- Optimal Location and Sizing of Static Var Compensator (SVC) to Improve Voltage Profile in Distribution Network Save
- AGC of a Multi‐Area Hydrothermal Interconnected Diverse Deregulated Power System Using a Proposed Novel SBOA‐Multi‐Level Fuzzy Logic‐Tilt Controller Incorporated With IPFC Save
- Optimal Design of Integrating Two‐Level Artificial Intelligent With Three Degrees of Freedom‐PDF (TLNF‐3DOFPDF) Controller for AGC of Three‐Area Multi‐Sources Power System Save
- Design of Novel Secondary Controller for AGC in Multi‐Area Multi‐Sources Power System Incorporated Renewable Energy Using a Gray Wolf Optimizer Algorithm Save