Solutions/Power Transmission
Power Transmission
Corridor & tower optimization
Planning overhead lines across complex landscapes means balancing environmental restrictions with technical mast requirements—from corridor to towers to what people will see on the ground.
L.IN.E.A routes corridors and tower placements with viewshed and environmental KPIs across alternatives.
From corridor to towers to visibility
Infraspace helps transmission planners explore alternatives fast—routing around protected areas, placing towers to span and clearance rules, and quantifying visual impact before detailed design.
Corridor routing
Define start and end points and no-go environmental zones to automatically identify the optimal corridor path.
Automated tower placement
Once the corridor is set, our algorithm optimizes tower locations for your tower types—span requirements and terrain clearance included.
Instant visual impact
Use viewshed analysis to immediately assess the visual footprint of the proposed line on the surrounding landscape.
Power transmission FAQ
Corridor routing, environmental factors, and stakeholder communication.
What is corridor optimization?
Corridor optimization is the process of finding the most suitable route or corridor for infrastructure such as roads, railways, pipelines, or power lines.
It considers terrain, geometry, environmental constraints, land use, cost, CO2, and constructability.
What is geospatial AI in infrastructure planning?
Geospatial AI combines spatial data, terrain analysis, GIS layers, and optimization algorithms to support infrastructure decisions.
It helps evaluate how proposed roads, railways, power lines, or sites interact with terrain, land use, environmental constraints, and existing assets.
How can AI reduce environmental impact in infrastructure projects?
AI can reduce environmental impact by allowing teams to evaluate many alternatives before corridors are fixed.
This makes it possible to compare land take, biodiversity impact, GHG estimates, terrain disturbance, viewshed, and other indicators alongside cost and technical feasibility.
How can Infraspace improve stakeholder communication?
Infraspace presents alternatives with 3D visualizations, maps, dashboards, and KPIs that can be accessed through a web application.
This makes technical and environmental trade-offs easier to understand for stakeholders who are not specialists in engineering software.
Which infrastructure types can Infraspace support?
Infraspace can support roads, railways, networks of access roads, power transmission lines and industrial site location studies.
The platform is strongest when several alternatives must be considered and terrain, land take, earthworks, or environmental impact matter.
- Roads and highways
- Railways
- Power transmission lines
- Pipelines
- Wind farm access roads
- Industrial site location studies
What KPIs can Infraspace calculate?
Infraspace can calculate KPIs such as construction cost, CO2, earthworks volumes, mass balance, area usage, land take, viewshed, environmental metrics, affected buildings, biodiversity considerations, and required structures such as bridges and tunnels.
See corridor, towers, and viewshed in one workflow
Rank corridor options, optimize tower placement for your mast types, and run viewshed analysis on the same terrain model—so environmental and technical constraints stay aligned from early planning.
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