Simulink Electrical Projects in MATLAB

Simulink Electrical Projects in MATLAB

  Simulink Electrical Projects in MATLAB offers you what actually you need for your final year academic projects. We are ready to help your projects in both embedded and simulation based research fields in MATLAB. Electrical students have lot of difficulties in this research field to complete their projects. Due to this, we offer lot of opportunities to fulfill your dream projects with on time delivery. Up to now, we have served nearly 5000+ students from 120+ countries by our online/offline service. Still we are very proud to serve and aid students. To improve our students’ academic performance, we organized workshops on various recent topics for MATLAB Simulink like Circuit Designing, Mobile Robots, and Aero modeling. Our offers and services always make our students as more bright full in their research field. For your bright future, join with us today for your happy ending because time is more precious than others.

Simulink Electrical Projects in MATLAB

  Simulink Electrical Projects in MATLAB is one of our research based service started with the aim of serve students to satisfy all their needs. MATLAB Simulink offers a dynamic environment for simulation and modeling of systems using block diagrams. As we can run MATLAB Simulink in all types of computing platforms including Linux (Intel), Windows (Intel), IRIX (SGI), UNIX (HP, RS6000, SUN) etc. We are giving most appropriate solution for your requirements and our service is never ending. Contact for your needs, we back to you in few seconds.  Here are some research areas that we wrote for your research purpose for Simulink Electrical Projects in MATLAB.

Major Research Areas in MATLAB Based Electrical Projects:

  • Fuzzy Logic
  • Power systems
  • Bioelectronics
  • Microwaves
  • Optical Engineering
  • Nondestructive testing
  • Renewable Energy
  • Numerical Methods
  • Robotics applications
  • VLSI and Circuit systems
  • Image and video processing
  • Digital Signal Processing
  • Wireless Sensor Networks
  • Control systems
  • Mobile Communication
  • Neural Networks
  • Hydrostatic Systems
  • Machine Learning
  • Speech and Audio Processing
  • Radiation and propagation
  • Circuit theory and robotics
  • Satellite Communication (GPS)
  • Automatic Speech Recognition
  • Multichannel signal processing
  • Medical devices and Biomedical imaging
  • Wireless Communications (ZigBee, Wi-Fi, MI WI, ISM band RF, ZigBee RF4CE, Bluetooth etc.)
  • Wired Communications (RS 232, RS 485, Ethernet, SPI, ModBUS etc.)

Important Components in Electrical Engineering:

Electrical Elements:

  • Capacitors, diodes and inductors
  • Silicon Controlled Rectifier
  • Diode Alternating Current (DIAC)
  • Gate Turn-Off Thyristor

Electrical Sources:

  • AC current source
  • AC voltage source
  • Controlled Voltage Source
  • DC voltage source
  • Controlled Current Source

Electrical Sensors (ideal):

  • Current sensor blocks
  • Voltage sensor blocks

Electron Tubes:

  • Gyrotron
  • Klystron
  • Plasma devices
  • Magnetrons
  • Travelling Wave Tubes

Semiconductor Technology:

  • Optoelectronics
  • Photonics
  • IC design
  • Hybrid microcircuits
  • Micro sensors and MEMS

Major Research Topics for Simulink Electrical Projects in MATLAB:

  • High voltage gain DC-DC converter application in photovoltaic and energy storage system
  • Modular Multilevel Converter Improvement using New control method in MATLAB Simulink
  • Switching overvoltage simulation in Mine Production Unit based on MATLAB Simulink
  • Modulation technique and design specifications for Multilevel Invertors
  • Design and simulating sensor less control system for brushless direct current motor
  • Soft switching technique and reduced leakage current system to enhance transformer less grid connected photovoltaic inverter.
  • Reference frame transformation for tracking error minimization in Multi-loop control of UPS
  • Low blocked voltage and number of controlled devices for the new symmetric cascaded multilevel inverter
  • Simulation modeling and controlling using MATLAB Simulink for Open Loop Stepper Motor
  • Circuit breaker to Imitate a model of Microprocessor Trip Unit
  • A new high-gain coupled inductor SEPIC converter for a Micro Grid System
  • Conservative power theory for single phase low voltage grid in MATLAB Simulink
  • Design and develop sensor less control system BLDC motor
  • Reduced switched frequency and multi-input switched capacitor DC-DC converter for predictive control
  • Information and Quadrotor mathematical model analysis
  • Virtual Flux based three phase three level NPC PWM rectifier for Model Predictive Direct Power Control.

  For further guidance contact us. Every year, we succeed more than 1000 new students and research scholars from various countries. Our opportunities highly motivate students from worldwide and when you start-up for your research, we stay with you and giving lot of ideas to complete your projects.