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Develop A Electricity Utility…
DATA
Possibly the most important component of a GIS is the data. A GIS will integrate spatial data with
other data resources and can even use a database management system, used by most organizations to organize
and maintain their data, to manage spatial data. There are three ways to obtain the data to be used in a GIS.
Geographic data and related tabular data can be collected in-house or produced by digitizing images from aerial
photographs or published maps.
PEOPLE
GIS users range from technical specialists who design and maintain the system to those who use it to
help them perform their everyday work. The basic techniques of GIS are simple enough to master that even
students in elementary schools are learning to use GIS. Because the technology is used in so many ways,
experienced GIS users have a tremendous advantage in today‟s job market
METHOD
A successful GIS operates according to a well-designed plan and business rules, which are the models
and operating practices unique to each organization[4].
Application of GIS
For several years, new geographical and urban applications have been emerging in which
characteristics of communications and real time have been very important. We are facing a new discipline called
telegeomonitoring which can be considered as a discipline characterized by positioning systems, cartography,
the exchange of information between different sites and real time spatial decision making [5]
• Utility : Water supply, electricity supply etc.
• Agriculture
• Defence and security
• Infrastructure
III. METHODOLOGY
3.1Detailed planning
Creation of network
A Utility Geographic Information System (GIS) combines digital maps and data to enhance the quality.
Data Collection - Provides a way to convert data from several sources such as paper maps, AutoCad files,
information stored in people‟s heads and new data collected in the field into a common digital and map based
format. Firstly we create a network map of HIGH TENTION LINE, LOW TENTION LINE, pole, transformer,
grid etc on paper as per requirement through pencil. This network map is scanned by the scanner and this
scanned map is deployed on Arcgis software and all coordinate system is adopted through Arcgis.
Preparing Shape file using ARC GIS. The different layer that are prepared using this software are
a. Electric Pole Layer,
b. LT electric line Layer, and
c. HT electric line Layer etc.
The approach is defined by the following below flowchart in section. This flowchart indicates the process of
work been carried out.
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