AEL-EEEM Energy Efficiency in Electrical Motors Application

4.3.2.1.- AC ELECTRICAL MOTORS AND GENERATORS
ENERGY EFFICIENCY IN ELECTRICAL MOTORS APPLICATION - AEL-EEEM

INNOVATIVE SYSTEMS

The Energy Efficiency in Electrical Motors Application, "AEL-EEEM" has been designed by EDIBON to allow the students to understand how cutting-edge devices used in high performance systems to control electrical motors work: frequency controllers versus conventional electrical power.

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Expansions

ICAI

Interactive Computer Aided Instruction Software

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General Description

The Energy Efficiency in Electrical Motors Application, "AEL-EEEM" has been designed by EDIBON to allow the students to understand how cutting-edge devices used in high performance systems to control electrical motors work : frequency controllers versus conventional electrical power.

Actual frequency controllers can automatically control (PID) the speed of the motors depending on different conditions, such as loads variations in the motor´s shaft. In the "AEL-EEEM" application allows controlling different loads conditions through the Eddy Current Brake, "FRECP". The results can be analyzed thanks to an included network analyzer which shows the most important electric parameters. The AEL-EEEM shows how to program the frequency controller to get an optimal consumption depending on the braking load.

Exercises and guided practices

GUIDED PRACTICAL EXERCISES INCLUDED IN THE MANUAL

  1. Wiring an Asynchronous Three-Phase Motor of Squirrel Cage.
  2. Start-up of the frequency controller.
  3. Forward and reverse operations with the induction motor and the frequency controller.
  4. Comparison of the energy consumption by the conventional electrical power and the frequency controller.
  5. Programming of the frequency controller according to different electrical machines operations.
  6. Checking the behavior of the electrical machine in function of the braking torque.
  7. Study the motor functioning for a demand instruction.
  8. Programming of the frequency controller for different loads.
  9. Programming of the frequency controller to get an optimal consumption.
  10. Analyze the electrical parameters.

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