Simulink MATLAB Projects : MATLAB Simulink Project Ideas

Designing of anfis network for wide area power system monitoring and protection network using matlab simulink

A wide area power system network is designed and Phasor Measuring Unit (PMU) is used as monitoring system and the protection of the network is done by using Slip back neural control system and the proposed model is then tested under various operational parameters. Our proposed model and control technique implemented offers a smart tool for wide area system which has good optimization in its performance.


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Single phase SPWM (Unipolar) inverter

A simulation of SPWM (Unipolar) strategy is presented for single phase full bridge inverter in this project. The simulation of the single -phase unipolar voltage switching inverter device model is simulated in Matlab/Simulink.


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Induction Generator for Variable Speed Wind Energy Conversion Systems

The primary objective of this project would be to present the modeling that is complete simulation of wind generator driven doubly-fed induction generator which feeds ac power to the energy grid. For that, two pulse width modulated voltage source converters are connected back to back between the rotor terminals and utility grid via common link that is dc. The system that is complete modeled and simulated in the MATLAB Simulink environment in a way that it may be suited for modeling of various types of induction generator designs.


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Extra High Voltage Long Transmission Lines

In this project simulation of transmission line MATLAB that is using is away to analyze the habits and parameters of transmission line under actual conditions. The long transmission line is simulated and analyzed the waveforms at sending and end that is receiving. The outcomes obtained after simulation are used within the designing of Extra High Voltage Long Transmission Line Model.


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FAULT ANALYSIS IN HVDC TRANSMISSION NETWORK BASED ON HYBRID CASC ADED MULTILEVEL VSC

The primary objective of the project would be to evaluate the performance of a VSC -HVDC with ac -side cascaded H-bridge cells during DC pole to pole fault. A control system is developed combining an inner modulator and capacitor voltage balancing controller, an intermediate current controller and an outer active and power controller that is reactive. The control strategy based on PI and Fuzzy are simulated and studied in MATLAB / SIMULINK.


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POWER UPGRADATION IN COMPOSITE AC-DC TRANSMISSION SYSTEM

The concept of composite ac-dc power transmission has been studied in this project. The conductors are allowed to carry ac that is usual with dc superimposed about it. Further, the feasibility of little power tapping from composite power that is ac-dc lines which would pass over reasonably tiny communities/rural areas having no use of a significant energy transmission network has been analysed. The proposed scheme is digitally simulated by using MATLAB software package.


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Dynamic Analysis of Three Phase Induction Motor

The objective that is main aim of project would be to simulate the induction motor model in MATLAB/ Simulink and learn the effect of rate, torque, stator and rotor currents on three phase induction motor performance traits.


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Applications of one-cycle control to improve the interconnection of a solid oxide fuel cell and electric power system with a dynamic load using MATLAB

Adding distributed generation (DG) is a desirable strategy for providing highly efficient and environmentally benign services for electric power, heating, and cooling. The interface between a solid oxide fuel cell (SOFC), typical loads, and the electrical grid is simulated in Matlab/Simulink and analyzed to assess the interactions between DG and the electrical grid. A commercial building load profile is measured during both steady-state and transient conditions. The load data are combined with the following models that are designed to account for physical features: a One-Cycle Control grid-connected inverter, a One-Cycle Control active power filter, an SOFC, and capacitor storage. High penetration of DG without any power filter increases the percentage of undesirable harmonics provided by the grid, but combined use of an inverter and active power filter allows the DG system interconnection to improve the grid tie-line flow by lowering total harmonic distortion and increasing the power factor to unity.


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MATLAB/Simulink Implementation and Analysis of Three Pulse-Width-Modulation (PWM) Techniques using MATLAB

With advances in solid-state power electronic devices and microprocessors, various pulse-width-modulation (PWM) techniques have been developed for industrial applications. For example, PWM-based three-phase voltage source inverters (VSI) convert DC power to AC power with variable voltage magnitude and variable frequency. This thesis discusses the advantages and drawbacks of three different PWM techniques: the sinusoidal PWM(SPWM) technique, the third-harmonic-injection PWM(THIPWM) technique, and the space-vector PWM (SVPWM) technique. These three methods are compared by discussing their ease of implementation and by analyzing the output harmonic spectra of various output voltages (poles voltages, line-to-neutral voltages, and line-to-line voltages) and their total harmonic distortion (THD).


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Grid Synchronization of a Seven-Phase Wind Electric Generator using d-q PLL using MATLAB

The evolving multiphase induction generators (MPIG) with more than three phases are receiving prominence in high power generation systems. This paper aims at the development of a comprehensive model of the wind turbine driven seven-phase induction generator (7PIG) along with necessary the power electronic converters and controller for grid interface. The dynamic model of the system is developed in Maltlab/Simulink. Synchronous reference frame phase-locked loop (SRFPLL) system is incorporated for grid synchronization. The modeling aspects are detailed and the system response is observed for various wind velocities. The effectiveness of seven phase induction generator is demonstrated with the fault tolerant capability and high output power with reduced phase current when compared to conventional 3-phase wind generation scheme. The response of the PLL is analyzed and the results are presented.


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Design, Characterization and Application of a Multiple Input Stethoscope Apparatus using MATLAB

For this project, the design, implementation, characterization, calibration and possible applications of a multiple transducer stethoscope apparatus were investigated. The multi-transducer sensor array design consists of five standard stethoscope diaphragms mounted to a rigid frame for a-priori knowledge of their relative spatial locations in the x-y plane, with compliant z-direction positioning to ensure good contact and pressure against the subject's skin for reliable acoustic coupling. When this apparatus is properly placed on the body, it can digitally capture the same important body sounds investigated with standard acoustic stethoscopes; especially heart sounds. Acoustic signal inputs from each diaphragm are converted to electrical signals through microphone pickups installed in the stethoscope connective tubing; and are subsequently sampled and digitized for analysis. With this system, we are able to simultaneously interrogate internal body sounds at a sampling rate of 2 KHz, as most heart sounds of interest occur below 200 Hz. This system was characterized and calibrated by chirp and impulse signal tests. After calibrating the system, a variety of methods for combining the individual sensor channel data to improve the detectability of different signals of interest were explored using variable-delay beam forming. S1 and S2 heart sound recognition with optimized beam forming delays and inter-symbol noise elimination were investigated for improved discernment of the S1 or S2 heart sounds by a user. Also, stereophonic presentation of heart sounds was also produced to allow future investigation of its potential clinical diagnostic efficacy.


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Development of Electronics, Software, and Graphical User Control Interface for a Wall-climbing Robot using MATLAB

The objective for this project is to investigate various electrical and software means of control to support and advance the development of a novel vacuum adhesion system for a wall-climbing robot. The design and implementation of custom electronics and a wirelessly controlled real-time software system used to define and support the functionalities of these electronics is discussed. The testing and evaluation of the overall system performance and the performance of the several different subsystems developed, while working both individually and cooperatively within the system, is also demonstrated.


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Research on the use of Matlab in the Modeling of 3-phase Power Systems using MATLAB

The primary aim of this research work is to build up a MATLAB based Simulation model for 3 phase symmetrical and unsymmetrical faults. This paper ways to deal with the MATLAB programming in which transmission line model is composed and different issues has been reenacted utilizing tool compartment. Fault Analysis for different sorts of faults has been done and it impacts are appeared in simulation output, for example, voltage, current, control alongside the positive, negative and zero grouping segments of voltage and current output as far as waveforms.


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Development of Automated Agricultural Process Monitoring and Control Technology in an Enclosed System using MATLAB

For proper growth of any plants various physiological and physiochemical factors are responsible like: soil moisture, atmospheric temperature, humidity, sunlight, pH of soil, nutrient and chemical balance of soil. Biologically, these parameters are in direct relation with the process of photosynthesis, which effects the total overall growth of the plant. An Attempt has been made to develop an automated system which can measure different agricultural process parameters (like temperature, soil moisture, sunlight intensity, humidity, chemical contents etc.) and control using PID controller these parameters can be remotely monitored and control. With the help of MATLAB interfaced with NI LABVIEW, virtual designs of the real time processes are simulated.


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Power Quality Improvement in 3-φ Power System Using Shunt Active Filter with Synchronous Detection Method using MATLAB

Active filters with synchronous detection methodologies are vividly employed in distribution system to make sure that the harmonics generated by non-linear loads is reduced and results in less voltage distortion and leads to lesser power superiority problems. The three physical characteristics that mostly underline the power quality and a power quality issues are Voltage, Current and Frequency. Harmonics is defined as a disturbance demonstrated in current or voltage or frequency waveforms which result in devastation, or failure of final equipment. The greater switching frequency as well as the non-linearity in the characteristics of the power electronics equipment is mostly creditworthy for the power quality issue. So significance is being given to the procurement of Active Power Filters to equate these problems to improvise power quality and of all these, shunt active power filter is used to take care of harmonics of voltage and load currents and for reactive power compensating. The shunt active power filters have been built up on the basis of on control strategies like compensation scheme (p-q control) and instantaneous active and reactive current control scheme (Id-Iq control). Taking into consideration its superior quality, an analysis on the Id-Iq control scheme based shunt active filter presented in this project. The compensation is given by the usage of PI based controllers. A theory based study on both the compensation schemes is carried out in the project and then Id-Iq control scheme is implemented in simulation using MATLAB/SIMULINK® work and its harmonic compensation results are analysed. Then synchronous detection scheme algorithms are worked out for unbalanced three phase systems and simulation is done.


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On the Assessment of Power System Stability Using Matlab/Simulink Model using MATLAB

Several voltage collapses have been experienced by most practical power systems in recent times in Nigeria. These have been mostly attributed to island formation within the network as a result of switching out of critical buses within the network. This paper assesses the stability of a practical power network of the Nigerian National Grid (NNG) with reference to a critical transmission line which could cause island formation as a result of fault within the NNG network. The Matlab/ Simulink model for both the steady-state and dynamic behaviours of the critical bus within NNG network is presented. The simulations for various fault conditions are also presented. The results obtained from the simulations are discussed. From the simulation results, high flow of reactive power and current, as a result of various faults along the transmission lines, were observed. Furthermore, non-sinusoidal waveforms generated from the simulation results show an indication that a high degree of compensation is required at the studied bus. The study uses Benin bus of NNG with respect to Benin-Onitsha-Alaoji 330-kV transmission network due to its location and sensitivity within the grid.


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A Power System Dynamic Simulation Program Using MATLAB/ Simulink using MATLAB

The paper illustrates a procedure to develop a dynamic simulation program for a single machine infinite bus (SMIB) test system using MATLAB / Simulink software. The program is useful to demonstrate various operational and stability challenges in power system operations. The method can be extended to make a program to simulate network having multiple synchronous machines, asynchronous machines, FACTS devices, dynamic load etc.


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Simulation of Riding a Bicycle Using Simulink using MATLAB

Training to ride a bicycle in a race requires a rider to maintain different cadences for the give situation. One situation where most riders try to maintain a cadence is hill climbing. In order to train for hill climbing a rider needs to have hills to climb. If the rider lives in an area without hills then training for hills becomes more difficult.


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Image Slider Using MATLAB using MATLAB

In this project we are going to control the wallpapers with our hands motion. This is done with help of MATLAB tool by using some algorithms. The aim of this project is to let the experiment with control the wallpapers with our hands motion in MATLAB. To complete the task, a number of functions have to be combined.


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