Structural Optimization
Member sizing and structural efficiency.
Cost Optimization
Smarter Design. Lower Cost. Higher Value.
Data-driven analysis and value engineering reduce material, fabrication, logistics and construction cost without compromising safety.
Reduce Total CostValue EngineeringMaintain ReliabilityMaximize Value
Reduce Total CostMaterial to construction
Value EngineeringProven alternatives
Maintain ReliabilityCode-compliant safety
Maximize ValueBest cost-performance balance
Cost Optimization Methods
Technical and commercial drivers are reviewed as one project system.
Material Grade Selection
Optimize grade, section and availability.
Connection Optimization
Reduce parts and simplify fabrication.
Foundation Optimization
Coordinate structural demand and civil cost.
Transport Optimization
Bundle, container and route efficiency.
Construction Improvement
Reduce erection time and site resources.
Standardization
Repeatable parts and fewer variations.
Lifecycle Cost Review
Balance initial cost and durability.
Cost Optimization Workflow
A transparent, review-driven process from project input to final delivery.
01Project AnalysisRequirements and cost constraints
02Data CollectionMaterials, labor and logistics
03Design ModelingAccurate 3D analysis model
04Optimization AnalysisCompare technical alternatives
05Solution EvaluationCost, weight and constructability
06Final RecommendationOptimized design and BOQ
07Implementation SupportDrawings and project response
Key Cost Drivers
- Steel material and grade
- Fabrication and processing
- Surface treatment
- Transport and logistics
- Foundation and civil works
- Installation labor and project duration
Typical Savings Range
- Material weight: 8%–15%
- Steel usage: 8%–12%
- Total cost: 5%–15%
- Construction time: 5%–10%
- Lower CO₂ and logistics demand
−12.6%Material Weight
−11.8%Steel Usage
−9.7%Total Cost
−8.3%Construction Time
Standards & Software
TeklaSAP2000ETABSAutoCADPLS-CADDANSYS
220kV Tower Cost Optimization
Reference values from customer-provided technical content; actual results vary by project.
| Item | Original | Optimized | Reduction |
|---|---|---|---|
| Steel Weight | 38.52 t | 33.68 t | 12.6% |
| Steel Usage | 100% | 88.2% | 11.8% |
| Material Cost | 100% | 90.3% | 9.7% |
| Construction Time | 100% | 91.7% | 8.3% |
| CO₂ Emission | 100% | 89.6% | 10.4% |
Smarter Design. Lower Cost. Higher Value.
Share your project requirements with our engineering and sales team.