Power Line Route Planning

Feiyan offers LiDAR-based power line route planning via the Swift4D Platform. Using Y-1 UAVs or manned aircraft with LiDAR and AIMS, we penetrate vegetation to capture high-precision ground data and cm-level DTMs, enabling clearance analysis, corridor optimization, and feasibility studies to de-risk early design.

Our Differentiated Solution Framework

Built on Swift4D:

Multi-Platform LiDAR Survey: Y-1 (150-min endurance) or manned aircraft with AIMS (LiDAR+camera) cover 50-100 km per sortie. LiDAR penetrates canopy to acquire true ground, overcoming forest blind spots.

Swift4D High-Precision Modeling: Automated processing of point clouds and imagery generates cm-level DTMs, DSMs, and DOMs.

SwiftAI Clearance & Corridor Optimization: Extracts sag, tower locations, vegetation, and building heights in 3D; calculates clearances and identifies risks. Integrates terrain, geology, ecology, and planning data to optimize routes, avoiding reserves and poor geology.

Construction Feasibility: Assesses foundation difficulty and access; delivers reports with recommended routes, tower coordinates, earthwork estimates, and environmental impact.

Application Scenarios & Client Value

Application Scenarios

Route comparison and optimization for new lines

Rapid corridor resource investigation

Clearance and cross-span safety checks

Tower siting and geological assessment

Line relocation and capacity expansion

Client Value

Informed Decisions: cm-level DTMs eliminate blind spots for scientific comparison.

Cost-Time Efficiency: Survey cycles reduced from months to weeks, minimizing field work.

Upfront Risk Mitigation: Early identification of clearance, geological, and ecological conflicts.

Green & Sustainable: Avoids sensitive areas and high-value forests.