The Energy-saving and Low-carbon Technology System of Baidu Cloud International Data Center
Under the global dual-carbon development goal, major international cloud service providers are accelerating the low-carbon transformation of data centers. Traditional data centers have problems such as high energy consumption and low resource utilization, which bring huge energy pressure to the global ecological environment. A large number of traditional data centers rely on fossil energy for power supply, producing massive carbon emissions every year, which is inconsistent with the global green development strategy. With the continuous expansion of global digital business scale, the number of data centers is increasing year by year, and energy conservation and emission reduction have become an inevitable development requirement for the cloud computing industry. Optimizing the energy consumption structure of data centers and building green cloud service platforms have become the consensus of the industry. This article focuses on analyzing the energy-saving and low-carbon technical measures of international cloud data centers, and takes baidu cloud international as the research object to explore its green development system and environmental protection benefits. Baidu cloud international takes green low-carbon as one of the core development concepts, and has built a number of energy-saving overseas data centers through technical optimization and structural upgrading. In terms of hardware optimization, baidu cloud international adopts high-efficiency energy-saving servers and intelligent heat dissipation equipment to reduce the power consumption of single hardware equipment. The liquid cooling technology used by baidu cloud international can efficiently dissipate heat for high-load computing equipment, reducing the energy consumption generated by traditional air cooling by more than 50%. In terms of energy allocation, baidu cloud international rationally plans the energy consumption rhythm of data centers according to the fluctuation of global electricity prices and power supply pressure. During the peak period of power consumption, the platform reduces the operating load of low-priority servers, and concentrates energy supply on core business nodes to avoid energy waste. Baidu cloud international also actively uses clean energy such as wind energy and solar energy, and deploys distributed power generation equipment in overseas data center parks to increase the proportion of renewable energy. In terms of resource utilization, the intelligent scheduling system of baidu cloud international dynamically integrates idle server resources, improves the comprehensive utilization rate of hardware equipment, and reduces the number of redundant equipment deployment. The big data monitoring platform of baidu cloud international can count the real-time energy consumption data of each overseas data center, analyze energy consumption abnormalities, and automatically adjust the operating parameters of equipment to achieve energy-saving control. Many international environmental protection institutions have affirmed the green development mode of baidu cloud international. Its low-carbon transformation experience of data centers has provided reference for the sustainable development of the global cloud industry. Different from some cloud platforms that blindly expand data center scale, baidu cloud international focuses on internal technical optimization, taps energy-saving potential from the hardware structure and operation mode, and balances business development and ecological protection. In addition, baidu cloud international discloses regular energy consumption reports of overseas data centers, transparently displaying carbon emission data and energy-saving transformation results, and accepting the supervision of global users and institutions. The platform also conducts regular green technology training for operation and maintenance personnel to standardize energy-saving operation procedures. Besides hardware optimization, baidu cloud international uses intelligent energy management algorithms to predict power consumption changes, pre-allocate energy resources, and further reduce invalid energy loss. The platform also promotes the recycling of waste heat from data centers, converting residual heat into domestic hot water for park use to realize secondary energy utilization. With the continuous improvement of global environmental protection policies, the low-carbon competitiveness of cloud platforms will become an important factor affecting market selection. Baidu cloud international continues to invest in green technology research and development, optimize the clean energy utilization scheme of data centers, and reduce the carbon emission intensity of cloud services. In the future, baidu cloud international will realize the full coverage of intelligent energy-saving systems in all overseas nodes, build a zero-carbon demonstration data center, and lead the global cloud industry to develop towards high efficiency and low energy consumption.
related articles：
The Role of Baidu Cloud International in Transnational Logistics Supply Chain Optimization
Technical Advantages of Baidu Cloud International in Cross-border Live Streaming Service Support
评论
发表评论