GIS mapping: a critical tool when navigating the energy landscape

In the ever-changing realm of energy projects, the use of Geographic Information System (GIS) mapping technology is constantly evolving, guiding informed decision-making as a key iterative part of any project lifecycle.

The versatility of GIS is evident in its application across diverse energy sectors. Whether it's mapping coal mines, planning solar and wind farms, or strategically placing gas wells, GIS is the backbone of project planning and execution. It plays a pivotal role throughout the initial project stages, where it helps identify prospective project locations and assess potential site constraints, all the way through to the final reporting phase, ensuring compliance with regulations, and licence conditions, and monitoring any impacts.

One of the key strengths of GIS lies in its ability to synthesise a plethora of data sources, integrating publicly available localised data with project-specific privately sourced data, gathered throughout the project lifecycle. This integration of multiple data sources works to combine a multitude of information, presented as a visual representation, building a deeper understanding of the project, how it relates to the surrounding environment and the ways it changes over time.

Starting with publicly available data, GIS aids in making preliminary decisions on project locations. As the project advances, specialists gather site-specific data, ensuring a more refined and accurate depiction of the landscape. By visualising potential issues and solutions, GIS aids in effective communication with stakeholders, regulatory bodies, and local communities.

The recent EIANZ 2023 Impact Assessment Symposium explored innovations in GIS throughout the planning and execution of projects. The future looks promising, with the potential for three-dimensional, real-time project representations completely changing the way GIS is displayed and analysed. This evolution aligns with the increasing demand for detailed mapping and heightened awareness of GIS's instrumental role in decision-making. In the biodiversity sector, GIS is witnessing growing importance as more surveys and consultations become integral to project approvals.

GIS has emerged as an indispensable tool in the energy sector, facilitating sustainable development, regulatory compliance, and effective communication with all key stakeholders. As the demand for detailed mapping continues to rise, GIS's role in shaping a sustainable future for energy projects is more crucial than ever.

Keen to learn more? Get in touch to speak with our Spatial Services team about how GIS mapping can support your project.