Smart Grid Analytics

AMI Data Analysis

Advanced analytics for smart grid energy data

AMI Data Analysis

Project Overview

This project focuses on analyzing smart grid energy data from Advanced Metering Infrastructure (AMI). It applies data preprocessing, exploratory data analysis (EDA), machine learning, and GIS techniques to detect consumption anomalies, forecast energy demand, and visualize geospatial trends in a simulated smart grid environment.

Technical Implementation

Architecture Overview

Pipeline

Raw Data Ingestion → Preprocessing & Cleaning → Feature Engineering → Model Training → Forecasting → Geospatial Mapping

Technologies Used

Python

Core programming language

MySQL

Data storage and querying

pandas, numpy

Data processing

scikit-learn, XGBoost

Machine learning

Key Results

Anomaly Detection

Identified billing discrepancies and unusual consumption patterns

Customer Clustering

Segmented customers based on energy usage patterns

Demand Forecasting

Accurate predictions of future energy consumption

GIS Mapping

Visualized consumption zones for utility planning

Future Enhancements

Real-time Integration

Apache Spark for streaming data processing

Deep Learning

Autoencoders and LSTM for anomaly detection

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