Renewable Energy


Produce clean, smart energy with GIS

A concentration map of scattered islands on a dark blue ocean scattered with glowing white points, and a small photo of wind turbines and solar panels shining under a bright blue sky

The long-term need for cleaner energy is evident. Climate change isn't going away. Distributed and renewable power sources, such as wind, solar, hydrogen, geothermal, and battery storage, support the need for greater economic and social resilience. GIS can help leaders understand energy potential, drive site selection, improve operational performance, and optimize energy transmission systems to change the way companies leverage renewable resources. 

GIS is enabling new energy production

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Wind

GIS allows you to add all influencing factors to your wind energy projects: wind energy potential, land use, population density, distance to road, slope, biodiversity, regulatory requirements, and distance to transmission lines. Unite all the information you need to design, build, and efficiently and safely operate wind energy facilities.

A graphic of a row of white wind turbines standing out of a still blue ocean under a clear pale blue sky
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Solar

GIS applies across the solar energy business, from mapping energy potential to commercial analytics. Leverage GIS to understand opportunities; drive site selection; and support the design, visualization, and public engagement processes. Use GIS to bring your projects to life and engage with various stakeholders.

Photo of a field full of long stretches of blue solar panels with mountains in the distance as two people in orange safety vests and hard hats walk between the panels
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Hydrogen

GIS modeling is used heavily in hydrogen infrastructure, demand, market, and resource analysis. From looking at hydrogen potential from renewable energy sources to infrastructure and consumer demand, GIS enables you to consider several multivariate scenarios to produce optimal business strategies.

Graphic of a blue and white hydrogen station with a bus parked within under a blue sky scattered with puffy clouds
Simple line icon of a geothermal power plant

Geothermal

Energy leaders use GIS in locating and developing renewable, geothermal resources. Important GIS-supported workflows include determining prime locations to implement geothermal technologies, potential markets, and the required infrastructure. GIS enables exploration workflows to locate resources, make site selections, drive public engagement, and create visualizations as well as optimize efficiency of operations.

An aerial photo of a gray geothermal power plant in a wide green field

Video

Building a GIS for a renewable business: Orsted


Learn how an exploration and production (E&P) company can pivot from a hydrocarbon commodity business to a renewable energy-derived business.

Related industries and resources


Geographic data and analytics are often common across industries. Explore how other industries and initiatives are applying Esri technology to solve complex problems. Leverage their innovation and ideas to help drive new solutions in support of the renewables segment.

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Natural Resources

Digitally transform natural resources management for greater sustainability. Use advanced spatial analytics to uncover trends, improve understanding, and inform decision-making.

Explore Natural Resources

Sustainable Development

Esri ArcGIS equips you to better plan, execute, and report on sustainable development in any situation. Achieve goals faster with a scientifically grounded system that precisely measures growth and provides the tools to share progress with the community.

Explore Sustainable Development

Conservation

GIS supports real-time observations to monitor natural areas, leading to insights and understanding. Grounded in the fabric of geography, conservation GIS enables improved understanding of the complex web of threats, opportunities, and challenges facing our natural world.

Explore Conservation

Architecture, Engineering, and Construction (AEC)

GIS is transforming AEC firms through improved workflows, better collaboration, and strategic partnerships. This effort leads to building smart communities and assets for the future. Add location to design to understand projects in context and deliver repeatable solutions.

Explore AEC

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