The traditional data center built in the early stage has gradually no longer adapted to modern green requirements and performance requirements, so it needs to be updated. This paper takes a data center in Shanghai, China as an example, through the author’s practical engineering research, summarizes the engineering measures of transforming a traditional data center into a modern green data center, and proposes the update of the ceiling, ground, wall, air, waterproof and fire protection system in the data center. Suggestions for renovation.

Historical buildings embody urban culture and must be revitalized to suit modern needs. Using Foshan Lingnan Xintiandi as a case study, we analyze the spatial patterns of traditional Lingnan residential buildings through space syntax calculations. By optimizing the space using space syntax, we cater to the requirements of food and beverage operations. This research aims to offer insights into renewing and activating historical buildings while prioritizing functionality and human experience.

With the rapid development and wide application of information technology, enterprises and departments have higher and higher requirements for computing power in data centers ( 数据中心 ). Increasing computing power in the limited space of data centers will inevitably have a certain impact on its energy consumption and stability. It needs to be reconstructed and upgraded collaboratively with computer equipment to meet the high thermal density requirements of the data center. This paper takes a data center in Guangdong as an example, carries out a series of optimization designs such as cold aisle closure for its computer room, and summarizes the strategy and ideas for the transition from a traditional data center computer room to a modern Enclosed-Aisle data center computer room. Provide suggestions for the optimal design of traditional data center computer rooms, and promote the construction and development of green data centers.