A Systematic Analysis of Network Bandwidth Sharing in Smart Grid Environment

Abstract

The integration of Information and Communication Technology (ICT) into modern infrastructure systems has given birth to the concept of “Intelligent Infrastructure,” with the smart grid as a prominent example. The smart management and efficient application of important electricity burden during agricultural production process has been realized by disposing energy efficiency management platform in rural areas. This paper investigates the applicability of grid computing within the context of intelligent infrastructure, with a particular emphasis on the smart grid. Grid computing, a distributed computing paradigm that utilizes the combined computational power of interconnected resources, has the potential to significantly improve the effectiveness, dependability, and sustainability of smart grid operations. In addition, the allocation and distribution of network resources by the grid’s systems will be examined in depth. While downloading gigabyte to terabyte-sized files from the internet, we frequently encounter various technical issues such as ISP restrictions, link expiration, etc In the meantime, the information exchanging has been proposed among the energy efficiency management platform, the distributed energy systems, the distribution automation system and the data acquisition system. Therefore, the intelligent scheduling of distributed energy can be realized in rural production during the peak period of electricity load and the affluent period.