Toward Efficient and Green Power Management for Internet Data Centers

今天的互联网数据中心（idc）在通信和计算能力方面取得了重大进展。近年来，随着对Internet服务的需求急剧增加，Internet数据中心（idc）使用的能源也急剧增加。如何对互联网数据中心进行高效、绿色的电力管理，正成为包括政府机构、金融机构、医院以及大型IT公司在内的数据中心运营商所面临的首要问题。在这个项目中，我们将研究这个重要而具有挑战性的问题。具体而言，我们将研究三个主题：(A)集成微观节能设计和宏观资源管理服务的整体电源管理；（二）数据中心与智能电网的智能交互与协调；(C)由可再生风能供电的数据中心。我们将提出新的集成框架，新的模型和分析技术，以及自适应策略和算法，以支持IDCS的高效和绿色电源管理。我们将借鉴几个学科的理论和技术进步，包括节能设计，容量规划，经济建模，优化和控制，以及分布式处理，以设计智能策略来实现高效的电源管理。

Today's internet data centers (IDCs) are achieving significant advances in communication and computation capabilities. As the demand on Internet services drastically increases in recent years, the energy used by Internet data centers (IDCs) has been skyrocketing. How to conduct efficient and green power management for Internet data centers is becoming a top concern faced by data center operators including government organizations, financial firms, hospitals, as well as major IT companies. In this project, we will investigate this important and challenging problem. Specifically, we will study three topics: (A) Holistic power management integrating micro-level power-efficient designs and macro-level resource management services; (B) Intelligent interaction and coordination of data centers and smart grids; (C) Data center powered up by renewable wind energy. We will propose new integrated framework, novel models and analysis techniques, and adaptive strategies and algorithms to support the efficient and green power management for IDCS. We will draw upon theories and technical advances in several disciplines including power-efficient designs, capacity planning, economic modeling, optimization and control, and distributed processing to design intelligent strategies to carry out efficient power management.