Title

Design and Implementation of an SGX Based Electricity Information Collection and Management System.

Authors

Yao Song; Kun Zhu

Abstract

With the rapid growth of the number and scale of smart grid users, traditional data encryption transmission methods can no longer meet the performance requirements of data aggregation. In response, a power consumption information collection and management system based on SGX software protection extension is proposed. The system mainly consists of three parts: user electricity data acquisition terminal, SGX data security processing and distributed storage module on the chain, and data monitoring management display platform. The user electricity data collection terminal collects electricity data from various buildings, residences, rooms, and other smart meters, analyzes and uploads it. After calling the trusted function of SGX technology, it enters the security zone provided by SGX for data processing. Finally, the data security processing results and data are uploaded to the blockchain for storage. In order to visually display user electricity usage data, an intelligent monitoring platform for user electricity collection and management has been established. This system can reduce the workload of user electricity data collection, ensure the accuracy of data collection, and provide an efficient and highly reliable system platform for user electricity data management.

Subjects

SMART power grids; ELECTRICITY; INFORMATION resources management; ELECTRIC power consumption

Publication

EAI Endorsed Transactions on the Energy Web, 2024, Vol 11, Issue 1, p1

ISSN

2032-944X

Publication type

Academic Journal

DOI

10.4108/ew.5756