PROJECTS ON POWER ELECTRONICS


PROJECTS ON POWER ELECTRONICS

The process of using semiconductor switches to convert and control the power flow from one form to another form is called power electronics. A lot of hard work can be done in power application with electronic converters. for population optimists envision power electronics plays important role. conditioning of electric power from its given input into the expected electrical output form, efficient conversion and control are associated with the power electronics.


2015 IEEE PROJECTS ON POWER ELECTRONICS

PROJECTS ON POWER ELECTRONICS

The projects on power electronics deals with electrical power processing which uses electronic devices the key component of switching power converter. The power electronics uses the converters. the uses of power electronics system are

  • Highest reliability.
  • Lowest cost.
  • Least weight.
  • Highest efficiency.
  • Highest availability.
  • Smallest size.

Equilibrium has the converters which are listed below

  • Steady state equivalent circuit modeling,efficiency and losses.
  • The discontinuous conduction mode.
  • Principles of steady state converter analysis.
  • Switch realization.
  • The discontinuous conduction mode.

The elementary control element in power electronics must be a switch,not a variable element.the energy conservation system uses power electronics.wind energy systems and interface,solar and photovoltaic energy systems and interface,water energy systems and interface,fuel cells and conversion,energy harvesting and solid state generation and interface are uses  power electronics.

In power electronics the parameters are:

Cost:

  • Circuit cost.
  • Device cost.

Reliability:

  • Random failures.
  • Wear out.

Size:

  • Foot print.
  • Volume.
  • Weight.

Efficiency:

  • Partial load.
  • Full load.

Semiconductor devices which operates in ON and OFF states is used in switched-mode power supply(SMPS).There is no power loss in these states.simulation of power electronic systems gives small difficulties due to the need for detailed modeling of circuitry and control algorithms.saber is used for analyzing electric circuits and MATLAB is used for analyzing control systems.