Drive sustainable change with digital innovation

With the acceleration of the application of a new generation of information technology, the data center industry, as the “new infrastructure” in the digital era, is undergoing a sustainable development change led by technological innovation.

GV6K-U6E-UK At present, digital technology, storage, communication, and computing technology represented by artificial intelligence play an important role in data center operation and maintenance, promoting the green and sustainable development of the industry. Wang Yuntao further stressed that the focus of the future is not only to adopt new technologies, but also to pay attention to the cultivation of new technologies, new industries, new forms of business and new ecology to lay the foundation for the sustainable innovation and development of the industry.

At the same time, artificial intelligence algorithms and deep learning models are increasingly demanding computing requirements for data centers, requiring a new generation of servers, cooling systems, and networking equipment. With the development GV6K-U6E-UK of generative AI technology and the increase in the proportion of intelligent computing in the future, the sustainable development of data centers will face greater challenges.

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In the face of industry changes, Li Xinyu and Lee Kuan Yew agreed that data center builders and operators should not only promote technological innovation and upgrading, but also fundamentally consider the digital architecture and conduct customized construction based on customer needs. Modularity is one of the key strategies, adopting modular design can not only ensure scalability and adaptability, but also effectively improve efficiency and environmental benefits, achieve efficient allocation and utilization of resources, thereby minimizing waste and improving sustainability.

From an enabler perspective, Schneider Electric GV6K-U6E-UK offers strategic consulting, goal setting and a range of software tools. During the design phase, with the help of Schneider Electric’s ETAP digital software, data center planners can analyze power supply and distribution systems to reduce the computational workload and workload caused by the many layers and complex operation modes of the distribution system. In the operation phase, in particular, software and digital tools should be used to support the use of energy and resources in visual data centers, continuously improve data center operations, and achieve energy conservation and carbon reduction. In addition, Schneider Electric can not only assist data center operators to adopt renewable energy, but also provide green and low-carbon products on the supply chain side to help the sustainable development of data centers.

Facing the future, Lin Mi put forward three suggestions: First, as the scale of the industry continues to expand, data center operators should adopt diversified quantitative indicators such as PUE, WUE, renewable energy use ratio, carbon footprint emissions, and so on, to GV6K-U6E-UK evaluate the impact on the environment from a multi-dimensional perspective; The second is to use more distributed energy and storage systems to improve the reliability and availability of power supply and distribution. The third is the wider use of liquid cooling technology to improve the reliability of refrigeration systems while reducing system energy consumption, water consumption and noise levels. Schneider Electric will continue to increase innovation and R&D investment, provide customers with specific implementation paths and strong support, and enable the green development of the data center industry.