The recent launch of the comprehensive Geographic Information System (GIS)-based Geospatial Energy Map of India by NITI Aayog is a significant event. The Association of Geospatial Industries also brought out a report in July 2021 on the potential of Geospatial Technologies for the Water Sector in India. The ensuing article delves into the key points and significance of this novel GIS-based technology.
Creation and Function of Geospatial Energy Map
This groundbreaking Geospatial Energy Map is developed by NITI Aayog partnering with Indian Space Research Organisation (ISRO) and the support rendered by Energy Ministries. The map offers a panoramic view of India’s energy resources. It ensures visualization of energy installations inclusive of conventional power plants, oil and gas wells, petroleum refineries, coal fields, and coal blocks. One can also access district-wise data on renewable energy power plants and renewable energy resource potential through its 27 thematic layers.
Geographic Information System Explained
A GIS is a computing system that captures, stores, verifies, and displays data related to the Earth’s surface positions. It can exhibit multiple types of data on a single map, embracing elements like streets, buildings, and vegetation. The key goal of GIS is to simplify the understanding, analysis, and discernment of patterns and relationships.
The Significance of Geospatial Energy Map
The primary objective of the Geospatial Energy Map is to identify and locate all primary and secondary energy sources along with their transportation/transmission networks. This aims to provide an exhaustive view of energy production and distribution in a country. Another critical task is the integration of energy data scattered across various organizations and presenting it graphically in an appealing manner.
The Cutting-Edge Web-GIS Technology
This revolutionary initiative employs the latest developments in web-GIS technology and open-source software, making it interactive and user-friendly. This makes it a valuable tool in planning and making investment decisions. It can also play a crucial role in disaster management using the available energy assets.
Geospatial Mapping Explained
Geospatial Mapping is an advanced spatial analysis technique that primarily uses software adept at rendering maps, processing spatial data, and implementing analytical methods to terrestrial or geographic datasets, including the use of geographic information systems. The difference between traditional mapping and geospatial mapping lies in the fact that the latter offers computerized data that can generate a custom map designed to cater to your specific needs.
