4.8 Article

A Holistic Analysis of Privacy-Aware Smart Grid Demand Response

Journal

IEEE TRANSACTIONS ON INDUSTRIAL ELECTRONICS
Volume 68, Issue 8, Pages 7631-7641

Publisher

IEEE-INST ELECTRICAL ELECTRONICS ENGINEERS INC
DOI: 10.1109/TIE.2020.3007104

Keywords

Optimization; Privacy; Batteries; Home appliances; Load management; Principal component analysis; Smart grids; Demand response (DR); multiobjective optimization; privacy; smart grid (SG); stochastic optimization

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This study introduces a privacy-aware stochastic multiobjective optimization framework that enables fair optimization of objectives and explores the relationship between consumers and utility companies. The results show that near-optimal privacy performance can be achieved with small compromises on other objectives.
This study presents a privacy-aware stochastic multiobjective optimization framework that considers the objectives of both consumers and utility companies (UCs) in a demand response (DR) scheme. This framework enables a fair optimization of all the objectives together, and can be used to observe their effects on one another. Using this framework, we performed a comprehensive exploration of the relationships between the objectives of consumers and UCs. The uncertainty of photovoltaic energy sources is modeled by using a stochastic optimization approach. The objectives of the households include minimizing monetary cost and maximizing privacy and comfort. The UC's objectives include minimizing the peak demand and variation of the power demand. This study is the first to present a holistic analysis of privacy-aware DR by incorporating all five objectives of both supply and demand sides. The results reveal that near-optimal privacy performance is achievable with small compromises from the other objectives.

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