Ph.D

Sep 11, 2009 - Oct 23, 2025

PhD in Electrical Engineering, Sofia Technical University, Bulgaria
Master's in Medical Devices, Lenin University, People's Republic of Bulgaria
Higher Diploma, University, Sofia

powerplants [Installation of powerplants]

Oct 22, 2010 - Present

• Design and construction of solar power plants
• Expert in designing steam, gas, and hydroelectric power plants
• Design of solar power plants for extracting groundwater in desert areas

Comparative Analysis of Fuzzy Logic, PID, and FOPID Controllers in DC Microgrid Voltage Regulation for Power Plants: Integrating Renewable Energy Sources

Nov 30, 2024

Journal Journal of Advanced Research in Applied Mechanics

publisher SEMARAK ILMU

DOI https://doi.org/10.37934/aram.128.1.5061

Issue 1

Volume 128

The worldwide direction moving towards sustainable energy solutions requires more advanced control mechanisms within power systems, especially in DC microgrids that combine renewable energy sources like solar panels and wind turbines with conventional power setups. This paper addresses the necessary challenge of maintaining steady and efficient DC voltage control—important for the dependability and performance of power plants. Specifically, it looks at the efficiency of four different control strategies: classic PID (Proportional-Integral-Derivative) controllers, Fuzzy Logic Controllers (FLC), Fractional Order PID (FOPID) controllers, and a new mixed system that merges Fuzzy Logic with PID controllers in a Fuzzy-PI layout. Our approach utilizes a strict comparative analysis using MATLAB Simulink simulations, assessing each controller’s capacity to manage dynamic load shifts, adjust to the unpredictability of renewable energy inputs, and preserve strong voltage stability under various operational cases. The simulations are crafted to single out the most effective control strategy to boost efficiency and toughness in microgrid operations. This study adds substantially to the progress of control strategies in hybrid energy systems, offering important insights into the creation of more complex and reliable power management solutions. By evaluating the performance of these varied controllers, we aim to underline potential upgrades in control systems that could support better energy management in intricate grid setups, thereby encouraging the wider inclusion of renewable energy technologies into power grids.

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Optimal Operation Planning of Mosul Hydro Power Complex Part I: Mathematical Models

Jun 23, 2008 - Jun 25, 2008

Publisher ELMA 2008

Country BULGARIA

Location sofia

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