Simulation and implementation based Power Electronics Kit

This work presents the model of a Power Electronics Engineering Training Kit. This training Kit is consist of different education modules. The

Project Title

Simulation and implementation based Power Electronics Kit

Project Area of Specialization

Robotics

Project Summary

This work presents the model of a Power Electronics Engineering Training Kit. This training Kit is consist of different education modules. The base of this training kit is Power Engineering and different type of lab experiments can be performed.

           This trainer has following excellent features:

vLooks beautiful

vOccupy less space

vLight in weight

vPortable (Modules)

vIdeal for teaching power and industrial electronics.

v5 excellent built-in modules.

vBuilt in Ammeter and Voltmeter

       i.e.  SCR Module, TRIAC Module, Uncontrolled Rectifiers ,lamp  Module and PWM Module.

This work presents the model of a Power Electronics Engineering Training Kit. This training Kit is consist of different education modules. The base of this training kit is Power Engineering and different type of lab experiments can be performed.

           This trainer has following excellent features:

vLooks beautiful

vOccupy less space

vLight in weight

vPortable (Modules)

vIdeal for teaching power and industrial electronics.

v5 excellent built-in modules.

vBuilt in Ammeter and Voltmeter

       i.e.  SCR Module, TRIAC Module, Uncontrolled Rectifiers ,lamp  Module and PWM Module.

Project Objectives

vTo get a versatile trainer for various simulations and experiments.

vTo get low Direct Current or Voltages for various homes, offices and industries use.

vTo produce pure Direct Current or Voltages.

vTo Study and plot V-I Characteristic of SCR.

vTo study the phenomenon of holding current and latching current.

vIt has inbuilt voltmeter and ammeter to measure the SCR parameters of the circuit like voltage and current.

vLamp for the observing the Desired output.

Project Implementation Method

Project Discussion

Project selection

plannig

proposal writing

designing

simulation

implementation

hardware installation

Benefits of the Project

vLooks beautiful

vOccupy less space

vLight in weight

vPortable (Modules)

vIdeal for teaching power and industrial electronics.

v5 excellent built-in modules.

vBuilt in Ammeter and Voltmeter

Technical Details of Final Deliverable

Power electronics also allow for the variance of electric motor drive speeds, reducing the amount of energy consumed by making processes more efficient. Without this technology electric motors would always run at full speed consuming more energy than necessary. Power electronics converters also conserve energy by making it possible to transport electricity over long distances with minimal loss by transforming alternating current (AC) into high-voltage direct current (HVDC) and vice-versa.

Advances in power electronics allow power to be delivered in a more dependable and less costly manner saving both energy and costs for the consumer. The energy saved by taking advantage of power electronics is important for our changing environment by using less valuable resources. Every industry uses power electronics including desalinization plants, painting vehicles or testing rail cars all PCTI applications. Each industry is different and requires custom power electronics solutions.

Final Deliverable of the Project

HW/SW integrated system

Type of Industry

Energy

Technologies

Robotics

Sustainable Development Goals

Industry, Innovation and Infrastructure

Required Resources

If you need this project, please contact me on contact@adikhanofficial.com