Implementation Energy Efficient Advanced Metering is a M.Tech project topic for Electrical Engineering. It gives students a clear starting point for research, implementation planning, and documentation.
Implementation Energy Efficient Advanced Metering Project Details
| Abstract |
This research builds an energy‑efficient Advanced Metering Infrastructure (AMI) that can help with Demand Side Management (DSM) and peak‑shaving in today’s smart grids. Instead of relying only on computer simulations, we created a physical hardware system. The core of the system is an **Arduino Mega2560** microcontroller that connects to accurate voltage and current sensors. These sensors measure, in real time, the following electrical parameters at a fixed sampling rate: – RMS voltage – RMS current – Power factor – Active power – Total energy consumption Each smart meter sends its data wirelessly to an edge‑computing device—a **Raspberry Pi 4**—using Wi‑Fi modems. The Raspberry Pi aggregates the data locally, calculates metrics
such as the average household energy use, and then forwards the processed information to a central server, which can be on‑site or remote. All system integration, data acquisition, and signal‑processing tasks are handled in **MATLAB‑Simulink**, which provides real‑time visualization and analysis. This setup gives a solid platform for: – testing AMI performance with edge computing, – validating hardware‑in‑the‑loop data aggregation, and – optimizing the communication load in smart‑grid deployments.
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| Reference Paper |
Implementation of Energy Efficient Advanced Metering Infrastructure in Smart Grid |
| Domain |
Electrical Engineering |
| Sub-Domain |
Power Systems / Smart Grid |
| PDF Download |
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