Tower Optimization

Smarter Design. Lighter Structure. Lower Cost.

Advanced structural analysis maximizes performance while minimizing steel weight, fabrication effort, logistics cost and foundation demand.

Ensure SafetyReduce WeightLower CostImprove Efficiency

Ensure SafetyMeet international codes

Reduce WeightEfficient member sizing

Lower CostMaterial and construction savings

Improve EfficiencyFast, accurate design

Optimization Objectives

Every member, brace, connection and footing is reviewed as one system.

Improve load distribution and reduce unnecessary steel.

Match member sizes to calculated utilization.

Increase stability with efficient geometry.

Simplify fabrication and reliable force transfer.

Reduce foundation demand where conditions allow.

Improve bundle weight and logistics efficiency.

A transparent, review-driven process from project input to final delivery.

01Project InputLine parameters and design criteria

02Initial ModelingCreate baseline 3D model

03Analysis & EvaluationReview forces and utilization

04OptimizationMembers, bracing and connections

05VerificationCode and safety check

06Final OutputDrawings and material list

38.52 tBefore Optimization

29.16 tAfter Optimization

24.3%Typical Weight Reduction

25.2%CO₂ Reduction

Standards & Software

IECANSIASCEENGB

Reference values from customer-provided technical content; actual results vary by project.

Project	Weight Reduction	Steel Saving	Cost Saving
132kV Suspension Tower	22.6%	18.4%	15.7%
220kV Angle Tower	24.8%	24.3%	21.5%
500kV Tension Tower	26.0%	25.6%	23.2%
66kV Monopole	17.9%	16.1%	12.3%

Share your project requirements with our engineering and sales team.