Full-volume Service Traffic Storage, Compression and Encryption for New Power System Construction

Aiming at the urgent needs of the construction of new power systems, this study thoroughly explores the storage, compression and encryption technologies for full-volume business traffic, aiming at realizing the efficient and secure operation of power systems. The study firstly designs a distributed storage architecture, which ensures high reliability and scalability of data through multi-copy mechanism and strong consistency protocol. Second, the data de-duplication and compression techniques are optimized, using hash algorithms and LZ4 and LZ77 compression algorithms, which significantly improve the storage efficiency and processing speed. Finally, the Advanced Encryption Standard (AES) algorithm is applied and combined with hardware acceleration technology to guarantee the security of business data. The experimental results show that the technical solutions proposed in this study have achieved significant results in improving storage performance, compression ratio and encryption security, and are of significant practical application value for addressing the challenges faced by new power systems. The results of this study not only provide new technical support for the stability and economy of power systems, but also have a far-reaching impact on promoting the development of power informatization and intelligence.