Pathfinder streamlines the integration of power flow analysis with geospatial data, facilitating the assessment of potential routes and optimal siting options for power lines and substations. This integration aids in strategic and long-term grid planning, allowing for comprehensive evaluation of risk identification, cost allocation, and potential environmental and social impacts. Moreover, it streamlines project planning by enabling thorough evaluation of scenarios and meticulous analysis of outcomes. Additionally, visualizations aid in clear communication of project plans and potential impacts to stakeholders, facilitating their input integration into the decision-making process.
Learn from clients like Swissgrid.
The 3D Decision Support System improves public involvement in grid expansion projects because it quickly computes alternative routes for new power lines. It makes line planning more efficient and more transparent which may lead to a better acceptance of the projects.
Swissgrid / TSO Switzerland
Learn moreJoshu Jullier
Communication Manager
Transmission System Operator (TSO)
Distribution System Operator (DSO)
Independent System Operator (ISO)
Use our Pathfinder platform to optimize planning
Use our Pathfinder Platform to optimize planning:
Use our Pathfinder Platform to optimize planning:
Use Cases
Transmission line & lower voltage routing
Easily identify corridors and quantitatively identify the best routes.
Hybrid planning combining overhead lines and underground cables
Hybrid planning combining overhead lines and underground cables as a result of project and topography restrictions.
Earth cable routing
Visualization of subsurface utilities data and calculated earth cable paths.
Tunneling
Identify where tunnels are more convenient than surface or overhead infrastructure planning.
Sub station siting
Determine the optimal location for sub stations for line and cable projects with detailed analysis of local elements such as land parcels, visual impact, and environmental limitations.
Long term grid planning
Identify which assets to invest in by combining power flow analysis and detailed analysis of costs, environmental, regulatory, and engineering requirements.
