Browsing School of Electrical Systems Engineering (Theses) by Issue Date
Now showing items 81-92 of 92
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Modeling of power response of photovoltaic model using pertubation-observation and incremental conductance methods
Since the search of the energy source considered as one of the main problems in this era, then it will be still one of the most important concerns of the countries. The renewable energy became one of the faster-growing ... -
Fault location algotithm based on ann for single line-to-ground fault in MV distribution system
This project was focused to detect and locate the single line-to-ground (SLG) fault which occurs on transmission lines in MV networks. SLG fault is the most common compared to other faults. To detect and locate single-phase ... -
Design of syncronized photovoltaic and wind hybrid power generation system for street lighting application
Fluctuation of wind energy and solar radiation that is inconsistent become a major challenge to build alternative power generation. The uncertainties to two energy sources is a problem in synchronizing. To build a plant, ... -
Wireless power transfer for low power device using magnetic resonant coil
The power is transferred wirelessly through a magnetic resonant coil as an antenna to transmit and receive the energy. This method no longer need complicated with the cable passing around us, with wireless electricity we ... -
Design of a hybrid controller for solar and ocean wave energy harvester
This thesis presents an approach of hybrid system implementation between Photovoltaic and ocean waves. These renewable energy sources are abundant, clean and beneficial compared to existing fossil fuel. Common method of ... -
Single line to ground fault distance estimation in medium voltage network based on measurement from secondary side of distribution substations
Faults may occur in every power system network in the world. It can be caused by natural phenomenon and also human errors. Faults may cause damage to the system which resulting in system failure. Earth fault is the most ... -
Closed-loop control of buck-boost converter using the PID controller
In the modern world, the most demanding control systems are based on PID controllers because of their reputed performance in nonlinear control systems. Tuning the PID controller is a major part of the feedback PID controller ... -
Modelling and simulation of respiratory effort in energy harvesting using Matlab
Energy harvesting from human power is investigated without being fully dependent to the DC sources. Respiratory effort is chosen as an energy harvester in order to prove the capability of human respiratory effort in producing ... -
Comparative study on conventional controller and PID controller of power system dynamic stability
This report presents the comparative study on conventional controller and PID controller in a single machine infinite bus (SMIB). The controller is used to generate the supplementary damping control signals for an excitation ... -
Design of vibration energy harvester for low voltage power supply using finite element methods (FEM) analysis
The rapid growth of electronic devices miniaturization attract the researchers interest either to save space or for cost reduction. The main purpose of miniaturization is to implement the concept of portable in order to ... -
Design and development of DC-DC single-ended primary inductor converter (SEPIC) for maximum photovoltaic power extraction
Recently, photovoltaic power generation has been one of the most dependable renewable energy sources which are used in electrical generation system. The performance of the photovoltaic system is the most significant for ... -
Design of micro-wind turbine for stand alone application
This thesis is about the design and development of micro-wind turbine for standalone application. The design will consider the types of generator, rectifier, voltage regulator and energy storage. Several factors including ...