GIS: A useful tool in the management of the utility sector 

It is important that all the components of these utility lines function properly without break down. Since it is difficult to manage them manually, technologies like GIS are used to provide spatial dimensions in their monitoring. 

GIS: A useful tool in the management of the utility sector 
GIS: A useful tool in the management of the utility sector 

GIS: A useful tool in the management of the utility sector 

Utility lines are the backbone of rapid urbanization and modern infrastructure. Power lines, water supply lines and gas mains are some of the crucial utility supplies for maintaining today’s lifestyle. 

It is important that all the components of these utility lines function properly without break down. Since it is difficult to manage them manually, technologies like GIS are used to provide spatial dimensions in their monitoring. 

What are the various utility lines? 

There are several utility lines in the urban infrastructure that are making our lives comfortable. Telecommunication lines, electricity lines, water supply lines, gas or sewage lines, we are surrounded by many services. 

The surge in demand for more energy and communication network has raised the need for extensive and reliable infrastructure. The utility industry incorporates many valuable supply lines like oil& gas, telecom, and power. 

Modernized electricity grids are also a part of the utility industry. Apart from these services, wastewater utilities are also crucial for modern civilization. 

How GIS is helping manage various utility services?

Geospatial data has the potential to improve the service capabilities of the utility sector. From immediate equipment repair to timely maintenance, GIS provides better handling of services. 

The utility lines like water and sewage supplies are prone to damages during excavations. GIS and Remote Sensing helps in tracking the exact location of the supply lines and prevent them from any destruction. 

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For electricity mapping, GIS and Remote Sensing technologies help in the preparation of baseline data and mapping the distribution of network over the areas. 

Water and waste line utilities too require adequate mapping and monitoring. Tracking the location of valves, meters, and hydrants ensure a trouble-free flow of services. Water flow connectivity must be continuous to avoid waterlogging and flooding. 

Another important segment is the telecommunication industry. Companies and service providers require a well-tracked record of their services and areas where the networks need expansion. GIS applications have a major role here as the locational information is crucial to them. 

GIS applications help in tracking and analyzing service stoppages or power outage. Since power failures can be due to many reasons like weather event or any fault in the equipment, a map indicating physical asserts is important for repair and maintenance. 

Wherever there is a network, there is GIS

From navigation to the delivery flow of utilities, GIS and Remote Sensing data are essential everywhere. Even for planning where a new network will meet the demands, GIS-based data is used. 

The advanced GIS software helps in developing visual representations of geographical and environmental conditions of the site. It makes the comparison of the current settings and the estimated results of the proposed utility service easier. 

The utilities have to be more accessible and reliable to meet the demand of the rising population. 

To save cost, time and energy, a proper channel of utilities has to be maintained. And GIS data is assisting ineffective planning and designing to avoid failures at any stage of the service.