Automatic Load Sharing Transformer With Arduino || major Project
Original price was: 9,000.00₹.8,000.00₹Current price is: 8,000.00₹.
This project demonstrates automatic load management and load sharing between transformers using Arduino technology. It uses transformers, relay modules, and electronic circuits to control connected electrical loads. When the load increases, the system can switch or distribute loads according to its programmed logic. An LCD display and LED indicators show system status and switching operations. This project helps students understand transformer operation, electrical automation, and overload management. It is ideal for EEE/ECE students, college exhibitions, and engineering demonstrations.
- Description
Description
Automatic Load Sharing Transformer With Arduino – Major Project
Product Description:
The Automatic Load Sharing Transformer With Arduino is an electrical engineering project designed to demonstrate how electrical loads can be managed and distributed between transformers. When the load on one transformer increases, the Arduino-based control system can operate relay modules to transfer or distribute the connected load to another transformer, according to the programmed logic and circuit design. This helps demonstrate how load sharing can reduce the risk of transformer overloading and improve the utilization of available transformer capacity.
The project uses Arduino, transformers, relay modules, electronic circuits, LED indicators, an LCD display, and bulbs to demonstrate automatic switching and load management. The LCD and indicators help display system status and make the operation easier to understand.
Key Features:
- Arduino-based automatic load control.
- Demonstration of transformer load sharing.
- Relay-based load switching.
- LCD display and LED indicators for system status.
- Demonstrates the basic concept of transformer overload management.
- Suitable for EEE/ECE major projects and college exhibitions.
Uses and Applications:
This project is useful for engineering students to understand transformer load distribution, electrical automation, relay control, and microcontroller programming. It also demonstrates basic concepts used in electrical power distribution systems.
Note: Actual automatic load transfer and overload protection depend on the implemented circuit and programming. Proper electrical safety precautions must be followed during operation.
YOUTUBE LINK- https://www.youtube.com/shorts/OeiTV46g3lE
