GIS Role in Smart Grid

2018 IEEE Conference on Technologies for Sustainability (SusTech) Pub Date : 2018-11-01 DOI:10.1109/SUSTECH.2018.8671383

Lavanya Gnanasekaran, Sean Monemi

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Abstract

Public and private industries had taken lots of initiatives to provide reliable quality power to the people at affordable rates in the recent years. One among the initiatives is smart grid, converting traditional grid to Smart Grid. Towards the improvement of the Power Distribution System, distribution companies had faced lots of problems with inadequate data of asset facilities and customer information. This is one area where GIS (Geographical Information System) come into play with Smart Grid. GIS is a framework for gathering, managing and analyzing data to make smarter decisions. GIS provides a link between utility assets and customers information. ArcGIS is a platform used to create, manage, share and analyze spatial data. Using ArcGIS online, I have made an analysis on power plants in California. ‘Which county in California is generating more power using solar power plants?’ will be answered by this analysis. We can apply a similar technique to analysis of other power sources to make better decisions. These types of analysis will be useful for creating future smart grid work orders by utility companies.

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GIS在智能电网中的作用

近年来，公共和私营企业采取了许多举措，以负担得起的价格向人民提供可靠、优质的电力。其中一项倡议是智能电网，将传统电网转变为智能电网。随着配电系统的不断完善，配电公司面临着资产设施数据不足、用户信息不足等诸多问题。这是GIS(地理信息系统)与智能电网一起发挥作用的一个领域。GIS是一个用于收集、管理和分析数据以做出更明智决策的框架。GIS提供了公用事业资产和客户信息之间的链接。ArcGIS是一个用于创建、管理、共享和分析空间数据的平台。利用在线ArcGIS，我对加州的发电厂进行了分析。加州哪个县使用太阳能发电厂发电更多?的问题，可以通过下面的分析来回答。我们可以将类似的技术应用于分析其他电源，以做出更好的决策。这些类型的分析将有助于公用事业公司创建未来的智能电网工作订单。

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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来源期刊

2018 IEEE Conference on Technologies for Sustainability (SusTech)

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