We’ve wasted no time this year to improve Mapline, and you can expect updates throughout the year. We’ve fixed some bugs, improved one of our features, and added additional columns to your datasets as well.
As 2017 comes to a close, we finished it off by making more updates to the software. Now Mapline users will have more customization and flexibility with their maps.
It’s not news that renewable energy is on the rise. Twenty-two percent of global electricity generated in 2013 came from renewable energy sources, and that is expected to increase by 26 percent through 2020.1 But what may be news to many is the role GIS technology has played in the renewable energy movement. Here are 5 examples of how GIS is used for renewable energy.
A few weeks ago, we made a huge release to improve the Mapline application, and we aren’t slowing down. We’ve continued to make changes to help you have faster and cleaner maps.
How GIS is Used to Map Renewable Energy Resources
Imagine taking a road trip and as you’re driving, you come across wind turbine after wind turbine. There’s dozens of them on either side of you as you’re driving past fields and farm land. Why are they there? And how was it decided that wind turbines should be placed there? Chances are GIS technology helped project planners make this decision.
With a global focus on climate change, there is a significant need for renewable energy sources like solar, wind, water, and thermal energy. As great as renewable energy is, it can’t be used everywhere.
The question is, why not?