WIT-PGH Wiring Installation Training for Power Generation Hybrid Systems

4.4.3.- INSTALLATIONS AND MAINTENANCE TRAINING
WIRING INSTALLATION TRAINING FOR POWER GENERATION HYBRID SYSTEMS - WIT-PGH

INNOVATIVE SYSTEMS

The Wiring Installation Training for Power Generation Hybrid Systems application, "WIT-PGH", has been designed by Edibon for training at a practical and professional level in the field of installation, wiring and commissioning of hybrid renewable energies systems.

See general description

Expansions

ICAI

Interactive Computer Aided Instruction Software

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General Description

The Wiring Installation Training for Power Generation Hybrid Systems application, "WIT-PGH", has been designed by Edibon for training at a practical and professional level in the field of installation, wiring and commissioning of hybrid renewable energies systems.

This application will provide future professionals with the knowledge and skills essential to the assembly, installation, wiring and commissioning of wind and solar installations based on commercial and residential applications. This application includes and recommends different kits to provide experience in the installation of numerous isolated hybrid systems that can be implemented with photovoltaic solar energy, wind energy and energy coming from an electric generating set.

In order to acquire complete knowledge, the application includes a specific manual which explains at a theoretical and practical level, the aspects related to the installation, wiring and commissioning procedures of these installations.

Exercises and guided practices

GUIDED PRACTICAL EXERCISES INCLUDED IN THE MANUAL

  1. Wiring of the needed protections for the island operation of solar and wind systems.
  2. Wiring of the photovoltaic panel to the solar load regulator.
  3. Wiring of the solar load regulator to the busbar.
  4. Wiring of the busbar to the battery.
  5. Wiring of the battery to the inverter.
  6. Simulation of different solar radiations.
  7. Start-up of the photovoltaic generation system.
  8. Voltage and current measurement at the outlet of the PV panel and at the battery.
  9. Wiring of the wind turbine to the wind load controller.
  10. Wiring of the wind load regulator to the busbar.
  11. Simulation of different wind conditions.
  12. Start-up of the wind generation system.
  13. Voltage and current measurement at the outlet of the windturbine and at the battery.
  14. Start –up of the hybrid generation system.
  15. Wiring of the backup generator to the current inverter.
  16. Start-up of the backup generation system.
  17. Wiring of light loads.

MORE PRACTICAL EXERCISES TO BE DONE WITH THE UNIT

  1. Several other exercises can be done and designed by the user.

Quality

AFTER-SALES SERVICE