Advances in Constructional Engineering

As a key infrastructure in the information age, the reliability of the electrical system in data center buildings is directly related to the stability of data storage, processing, and transmission. This paper takes the reliability assessment and optimization strategies of the electrical system in data center buildings as the research object. Firstly, it expounds the importance and methods of reliability assessment. By establishing a scientific assessment model, it conducts a quantitative analysis of each key link of the electrical system in the data center to identify potential weak links. Then, in response to the assessment results, a series of optimization strategies are proposed, including redundant design, optimization of equipment selection, introduction of intelligent monitoring systems, etc., aiming to improve the reliability and fault-tolerance ability of the system. Through practical cases, the effectiveness of the optimization strategies is verified, providing a theoretical basis and practical guidance for the planning, design, operation, and maintenance management of the electrical system in data centers, and ensuring the stability and safety of data centers under high-load operation.

Data center; Electrical system; Reliability assessment; Optimization strategies; Intelligent monitoring