Mega data center architecture under Smart Grid

M. Wiboonrat
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引用次数: 2

Abstract

The growing of the next generation Mega Data Center (MDC) in the 21st century needs more reliable electrical power supply. The distribution generations requires smart react to demand response of MDC. While, the evolution of WiMAX communication technology enhances the way we manage power distribution system. A chain reaction of global warming imposes a variety of response included reduce carbon emission and using energy more efficiency and effectiveness. Energy-related costs, power quality, reliability have become critical factors of the major operating components in data centers. Smart Grid emerges to answer all above the questions. This research model aims to investigate emerging technologies and utility demand response of MDC after installation AMI on each data center. A case study on simulation model of advanced metering infrastructure (AMI) deployment integrated with advanced distribution management system (ADMS) and distributed generation (DG) and renewable energy (RE) as an ecosystem.
智能电网下的巨型数据中心架构
21世纪下一代大型数据中心(MDC)的发展需要更可靠的电力供应。配电代需要智能响应MDC的需求响应。同时,WiMAX通信技术的发展提高了我们对配电系统的管理方式。全球变暖的连锁反应要求采取各种应对措施,包括减少碳排放和提高能源使用效率和效益。能源相关成本、电能质量、可靠性已经成为影响数据中心主要运行部件的关键因素。智能电网的出现回答了上述所有问题。本研究模型旨在探讨在各数据中心安装AMI后,MDC的新兴技术和效用需求响应。先进计量基础设施(AMI)与先进配电管理系统(ADMS)、分布式发电(DG)和可再生能源(RE)作为生态系统集成的仿真模型研究
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