POWER ELECTRONICS PROJECTS USING MATLAB

       Power Electronics Projects Using Matlab is one of the most preferred research areas chosen by majority of scholars and researchers today.  Majority of developers opt Matlab for the implementation of Power electronic projects due to its ease for development and Simulink support. We are working with Matlab for the past 10 years and have developed nearly 1000+ power electronics projects for students from all over the world. Our expertise and vast experience makes us incomparable and world’s most renowned institute. Our values like focus on students individuality, innovative ideas, ingenious experts and quality work makes us the best among the world’s leading institutes. If you wish to be a part of our research concern, register with us today and experience our vast knowledge with expertise.

POWER ELECTRONICS PROJECTS USING MATLAB

     Power Electronics Projects Using Matlab are mainly based on power semiconductor devices, electrical drives, converter circuits, electrical machines, computer aided design and simulation, advanced control techniques, field programmable gate arrays, digital signal processors etc. It deals with the conversion and control of electrical power with high efficiency switching mode using electronic devices for a vast range of applications. It generally includes electrochemical processes, AC and DC power supplies, lighting and heating control, power line volt ampere reactive and harmonic compensators, electronic welding, high frequency heating, photovoltaic and fuel cell power conversion, flexible AC transmission systems etc. We provide complete support for any concept / project in power electronics for scholars to get our aid to excel in their academic performance with the help of our expertise and experience. As our initial service, we have provided few major aspects, concepts and Matlab features for power electronics for scholars to get an idea regarding their projects.

POWER ELECTRONIC PROJECTS ARE BASED ON:

SYSTEM AND CONTROL:

  • Feedback system[Feedback control system, Negative feedback loop, positive feedback loop]
  • Switch Control[Switching characteristics of Thyristor, IGBT, Power Diode, power MOSFET]

ELECTRONICS AND DEVICES:

  • Circuits[designed based on the project concept]
  • Power Semiconductor[MCT, PUT, TRIAC, RCT, GTO]
  • Magnetics[Motor drives, power converters, power inverters]

POWER AND ENERGY:

  • Motors and Drivers[Electric Motor, Scale driver, Brushed DC Motor]
  • Energy processing[Power converters, power Inverters]
  • Power Supplies[AC/DC Power supply, switched Mode power supply design]

CONCEPTS USED IN POWER ELECTRONIC PROJECTS:

  • Harmonic Analysis
  • Power generation from Renewable resources
  • Remote Monitoring
  • Power Control[Integral cycle switching]
  • Light Control
  • Battery charger[Thyristor]
  • Buck Boost Convertor
  • Multi Sound generator
  • Power System Automation[Data acquisition system and supervisory control]
  • Solar tracker[555 Timer IC]
  • Power failure Indicator[IC 555]
  • Synchronized Multi[Spark Module(SMSM) for Electronic Ignition devices]

MATLAB/SIMULINK FOR POWER ELECTRONIC:

      Matlab provides support to power electronic projects using Matlab Simulink. Two different types of Simulation tool used in Matlab are:

  • Circuit Oriented Simulators
  • Equation Solver

 

       Other than these, Matlab have numerous toolbox supports for various application specific concepts.  To Model power electronics using Matlab Simulink, following blocks are used:

  • Repeating Sequence[Used to generate pulses]
  • Sine wave[Used to generate sinusoidal input with amplitude, phase and frequency]
  • OR Logic[Used to turn thyristor off when the current reaches to 0]
  • Switch function[Used to switch between sine wave form and firing pulse]

SIMSCAPE POWER SYSTEM:

It provides analysis tools and component libraries for simulating and modeling electrical power systems. It provides support for

  • Includes models of Electrical power components[Electric drives, three phase machines, components for applications like renewable energy systems and flexible AC transmission systems]
  • Used to analyze harmonic analysis, load flow, calculation of total harmonic distortion etc
  • Used to develop control systems and test system level performance
  • Provide support for C code generation for hardware integration

RECENT RESEARCH TOPICS FOR POWER ELECTRONICS PROJECT:

  • Using Matlab Simulink, Decoupled parallel simulation of power electronics systems
  • Enhanced Methodology for power loss measurements in power electronic switches using MATLAB and digital Oscilloscope
  • Based on PSAT, power load flow calculation for photovoltaic ship power system
  • Digital control and synchronous detection of shunt Active power filter in power quality enhancement
  • Frequency control and maximum power point tracking for hybrid wind diesel system by supplying an isolated load
  • Based on Matlab Modelsim co-simulation using the design methodology of VLSI power electronics digital controller

 

 

   Hope you would have got an idea regarding how to take Power electronics projects using Matlab. We have provided an overview about the major concepts, research topics and Matlab support for power electronics project. For further guidance and tutoring support on Matlab/Matlab based power electronics projects, approach our experts through our online service. We are here to serve you with all our efforts and expertise.  

 

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ACHIEVE WITH THE HELP OF OUR SUPPORT AND GUIDANCE……..