Street Light Solution Architecture
A comprehensive engineering framework covering aesthetic design, photometric performance, structural wind resistance, and foundation engineering -- built for engineering companies and government energy departments worldwide.
01
Appearance Design
02
Lighting Design
03
Wind Resistance
04
Foundation Design
Solution Module
Appearance Design
Engineered aesthetics that harmonize with urban environments while meeting international standards for durability, corrosion resistance, and visual identity.
Design Dimensions
Pole Profile & Form Factor
Conical / straight / decorative pole options. Custom height from 6m to 15m. Tapered or cylindrical cross-sections available per project specification.
Surface Treatment & Finish
Hot-dip galvanizing + powder coating (RAL color system). Salt spray resistance ≥ 1,000 hours. UV-stable coating for tropical and coastal environments.
Luminaire Housing Style
Modern slim / traditional lantern / integrated solar all-in-one. IP65-IP68 rated die-cast aluminum housings. Custom branding and logo engraving for OEM clients.
Compliance & Certification
Designs comply with IEC, CE, RoHS, and local municipal standards. CAD drawings and 3D renderings provided for bidding documentation.
Customization Options
Solution Module
Lighting Design
Photometric precision engineered for road safety, energy efficiency, and international illumination standards compliance.
EN 13201
Road Lighting
IES RP-8
ANSI/IES Std
IP65+
Ingress Prot.
DIALux
Simulation
Photometric Performance
Efficacy
≥ 160 lm/W
CRI
≥ 70
CCT
3000-6500K
Lifespan
≥ 50,000 h
Road Classification
Smart Dimming & Control
Integrated 4G/5G IoT control modules enable remote monitoring, adaptive dimming schedules, and real-time fault detection -- reducing energy consumption by up to 60%.
DIALux Simulation Output
Road illuminance false-color analysis provided for every project proposal
Design Deliverables
Solution Module
Pole Structure Wind Resistance Design
Structural engineering analysis ensuring pole integrity under extreme wind loading conditions, from tropical typhoon zones to arid desert environments.
Wind Load Calculation
Structural calculations per IEC 60826, EN 40, and local building codes. Wind pressure maps referenced for each deployment region.
Pole Material Specifications
High-strength steel (Q345B / S355) with precision welding and non-destructive testing. Wall thickness engineered per height and wind class.
Safety Factors & Validation
Every pole design undergoes FEA (Finite Element Analysis) with safety factors exceeding international requirements.
Structural Analysis Diagram
Wind load vectors, bending moment distribution, and anchor bolt layout
Anti-Wind Engineering Process
Site Wind Assessment
Regional wind speed data collection. Terrain category classification (open / suburban / urban). Return period analysis (50-year design wind).
Load Combination Analysis
Wind pressure × drag coefficient × projected area. Combined with self-weight, luminaire load, and solar panel load. Dynamic gust factor applied.
Section Optimization
Iterative FEA to optimize wall thickness, taper ratio, and weld joint positions. Material savings balanced against structural performance targets.
Certification & Documentation
Structural calculation report, material test certificates, and factory inspection records provided for government project compliance.
Solution Module
Foundation Design
Geotechnical engineering solutions tailored to local soil conditions, ensuring long-term stability and compliance with civil construction standards.
Concrete Anchor Foundation
Standard cast-in-place reinforced concrete foundation with pre-set anchor bolt cage. Suitable for most soil conditions.
Precast Foundation Cage
Factory-prefabricated anchor bolt cage with rebar frame. Rapid installation, consistent quality, and reduced on-site concrete work.
Deep Pile Foundation
Driven or bored pile solution for soft soil, high water table, or typhoon-zone installations requiring superior uplift resistance.
Foundation Engineering Process
Key Design Parameters
Overturning Moment
M = F × H
Wind force × effective height
Bearing Capacity
≥ 150 kPa
Minimum allowable soil bearing
Anchor Bolt Torque
Per EN 1993
Eurocode bolt preload standard
Settlement Limit
≤ 25 mm
Total allowable settlement
Deliverables for Clients
Foundation Cross-Section
Anchor bolt cage, rebar layout, and soil stratification diagram
Soil Condition Quick Reference
Get Your Complete Street Light Solution
Full technical packages -- DIALux simulation to foundation CAD drawings -- tailored to your specs and local standards.