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HVS-4908. Automatic Phase Shifting from Single Phase to Three Phase.
HVS-4908. Automatic Phase Shifting from Single Phase to Three Phase.
HVS-4908. Automatic Phase Shifting from Single Phase to Three Phase.
HVS-4908. Automatic Phase Shifting from Single Phase to Three Phase.

HVS-4908. Automatic Phase Shifting from Single Phase to Three Phase.

₹10,500.00

This project proposes an Automatic Phase Shifting Mechanism that seamlessly switches between single-phase and three-phase power sources using an Arduino-controlled servo motor.

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In power distribution systems, ensuring a continuous and stable power supply is crucial for industrial and domestic applications. This project proposes an Automatic Phase Shifting Mechanism that seamlessly switches between single-phase and three-phase power sources using an Arduino-controlled servo motor. The system continuously monitors the availability of three-phase power and automatically shifts the supply to single-phase and vice versa. To enhance user awareness, the system integrates a Buzzer that provides an audible alert whenever a phase shift occurs. Additionally, a GSM module is used to send real-time SMS alerts, notifying users of phase changes, such as:
  • "Phase changed from Single Phase to Three Phase."
  • "Phase changed from Three Phase to Single Phase."
An LCD display is included for real-time status monitoring, while a regulated power supply ensures stable operation of the control system. This automation reduces manual intervention, improves power reliability, and provides real-time remote monitoring, making it an efficient solution for critical power-dependent environments.    

Objectives:
  • Ensure continuous power supply by automatically switching between single-phase and three-phase power.
  • Detect the availability of single-phase and three-phase power continuously.
  • Automatically control phase switching using an Arduino and servo motor.
  • Send SMS alerts through the GSM module whenever a phase change occurs.
  • Display the current power source status on the LCD screen.
  • Provide audio indication of phase changes using a buzzer.
  • Reduce manual intervention and improve system reliability.
  • Protect electrical loads from power interruptions due to phase failure.
      The major building blocks of this project are:  
  • Regulated power supply.
  • Arduino UNO Microcontroller.
  • LCD with driver.
  • Buzzer
  • Three phase supply.
  • Single phase supply.
  • R Y B Bulbs.
  • GSM.
  • Servo Motor.
    Software’s used:  
  • Arduino IDE for compiling and dumping code into Microcontroller
  • Express SCH for Circuit design.
    Regulated Power Supply:

                   

video:

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