PHASE SELECTION USING ARDUINO AND GSM

Code 415 PHASE SELECTION USING ARDUINO AND GSM

6,900.00 5,400.00

Kits DescriptionPrice
Do It Yourself Kit
If You Are An Enthusiast

Ready-made project, One more PCB, Solderable components, Circuit Diagram, PPT, Program, Report, Explanatory Video, voice and video call support, One year warranty

6,900.00 5,400.00
Ready-made Kit
If You Are Short On Time

Ready-made Project, Circuit Diagram, Program, PPT, Report, Explanatory Video, voice and video call support, One year warranty

5,800.00 4,800.00
Project Kit
For Institutions

PCB, Components, Circuit Diagram, PPT, Program, Report, Explanatory Video

5,200.00 4,200.00
For Documentation

Circuit Diagram, Program, Report, Powerpoint presentation, Explanatory Video

1,500.00 1,000.00
For PCB
PCB, Circuit Diagram 1,500.00 1,000.00

Description

 

 

The project is designed to provide uninterrupted AC mains supply i.e., 230 volts to a single-phase load. This is achieved by automatic changeover of the load from the missing phase to the next available phase in a 3 phase system.

It is often noticed that power interruption in the distribution system is about 70% for single-phase faults while the other two phases are in normal condition. Thus, in any commercial or domestic power supply system where 3 phase is available, it is advisable to have an automatic changeover system for uninterrupted power to critical loads in the event of missing phase.

In this system, auto-selection is achieved by using a set of relays interconnected in such a way that if one of the relay feedings to the load remains energized always. Under the phase failure condition, the corresponding step-down transformer secondary delivers zero voltage which is duly rectified to DC and then fed to the logic gates comprising of AND & OR to switch on the next relay that delivers the power to the load. It also has a provision of connecting to an inverter source which delivers uninterrupted power to the load in case all the 3 phases go missing. The project is supplied with three transformers connected to the 3 phases supply.

Further the project can be enhanced by incorporating power semiconductor devices such as thyristors/IGBTs for instantaneous changeover to the next available phase. This overcomes the drawback of the changeover time generally witnessed by relay switching operations.

HIGHLIGHTS

  • Advanced project.
  • SMS Alert.
  • GSM Based.
  • Selection of available power.

BLOCK DIAGRAM

HARDWARE REQUIREMENTS

  • Arduino UNO.
  • Transformer.
  • LCD.
  • Relay.
  • GSM.

SOFTWARE REQUIREMENTS

  • Arduino UNO IDE.
  • Proteus.
  • Eagle.

RESOURCES

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