Smart Power Service System Based on Edge Data Center and Cloud Computing Technology

Fanxin Kong, Jianxiong Gan, Anqi Wang
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Abstract

With the application of virtualization technology, the resource utilization rate of data centers has been improved to a certain extent, but cloud resources are usually pre-allocated according to users' requirements, and the resource utilization rate still needs to be improved. The data processing of smart power network adopts cloud computing technology to build smart power cloud computing network, which can provide effective technical support for smart power network business. In the smart power network, in view of the increasing demand of users and power departments, the traditional data processing methods are difficult to meet. As for cloud computing system, it is not only easy to expand management, but also has the characteristics of distributed computing and distributed storage, so it is very applicable in smart power network. Aiming at the goal of global energy Internet to realize data sharing and the difficult problem of data integration and exchange in current power grid dispatching system, this paper proposes a cloud service-oriented power grid dispatching data service platform, which reduces the complexity and coupling degree of data interaction among power grid dispatching business systems and achieves the goal of seamless data interaction.
基于边缘数据中心和云计算技术的智能电力服务系统
随着虚拟化技术的应用,数据中心的资源利用率得到了一定程度的提高,但云资源通常是根据用户的需求进行预分配的,资源利用率还有待提高。智能电网的数据处理采用云计算技术,构建智能电力云计算网络,可为智能电网业务提供有效的技术支撑。在智能电网中,鉴于用户和电力部门日益增长的需求,传统的数据处理方法已难以满足。云计算系统不仅易于扩展管理,而且具有分布式计算和分布式存储的特点,在智能电网中非常适用。针对全球能源互联网实现数据共享的目标和当前电网调度系统数据集成与交换的难题,本文提出了一种面向云的电网调度数据服务平台,降低了电网调度业务系统之间数据交互的复杂性和耦合度,实现了数据无缝交互的目标。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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