Electrical Power Distribution Project

This Power Distribution Model is designed to demonstrate how electricity is distributed from a power source to various electrical appliances and outlets in a safe and controlled manner. The project simulates a small-scale power distribution system commonly used in homes, industries, and institutions.

Key Components and Working:

1. Energy Meter – Measures the total electrical consumption of the circuit.
2. Voltage and Current Meters – Display real-time voltage and current readings for monitoring power usage.
3. Transformer and Rectifier Circuit – Converts high voltage AC to low voltage DC where necessary.
4. MCB (Miniature Circuit Breaker) – Acts as a safety device to prevent short circuits and overloads.
5. Bulb (Load Indicator) – Represents an electrical appliance in the circuit to show working load conditions.
6. Sockets and Switches – Provide multiple outlets for connecting electrical appliances.
7. Wiring with Insulation – Ensures safe power distribution and connectivity between components.

Applications:

• Used in educational demonstrations to teach power distribution concepts.
• Helps in understanding load balancing and circuit protection.
• Can be expanded with smart automation features for IoT-based energy monitoring.

This project is useful for students and professionals learning about electrical circuits, wiring, and power management. Would you like to add more details on smart monitoring features? 🚀