Electricity Theft Dectection Via Deep Learning

Abstract

Electricity theft is a major problem facing many countries around the world. Its adverse effects include loss in revenue for power distribution companies and government economy, the distribution quality of electricity, increased generation load and high electricity cost which affects honest consumers as well. With the advancement in smart meters in electricity infrastructure, massive data is generated that can be analyzed for electricity consumers consumption patterns. By the help of these consumption patterns of consumers several machine learning and deep learning models and techniques are built to detect fraudulent consumers. By the help of the detection of the theft location and fraud consumers energy distribution companies can impose fines on these consumers that help them to reduce revenue losses. In this research a combination of CNN and STN based model is proposed to detect electricity theft. STN is used in many image classification problems along with CNN to enhance the performance of the models. STN along with CNN is used for the first time in electricity theft detection. STN is used to translate, rotate and scale the the original input. The dataset used in this research is real customers electricity usage data publicly provided by the State Grid Corporation of China (SGCC). SGCC dataset has missing values, and also has class imbalance problems. The number of theft users is significantly lower than the honest consumers, which is addressed by using Synthetic Minority Oversampling Technique (SMOTE). Proposed model is compared with state of the art machine learning and deep learning models and techniques and results show that the proposed model can identify theft and normal users with greater accuracy.