Solar Street Light Pole 4–12m Q235B Steel Hot-Dip Galvanized with Anchor Bolts
Customizable 4–12m Q235B hot-dip galvanized solar street light pole with 2–4mm wall thickness, matched flange and anchor bolts for EPC, municipal and outdoor road lighting projects.
- Q235B steel, customizable from 4–12m with 2–4mm wall thickness
- 60–76mm top diameter for solar lights, LED luminaires and arm brackets
- Hot-dip galvanized inside and outside for outdoor corrosion protection
- 35m/s standard wind-load design, customizable up to approximately 50m/s
- Matched flange bases and anchor bolt kits for easier foundation installation
4–12m Q235B Solar Street Light Pole Engineering Details
The Sungreat Energy 4–12m solar street light pole is manufactured from Q235B steel with 2–4mm wall thickness and hot-dip galvanizing inside and outside. Pole diameter, flange size, anchor bolts and bracket configuration can be customized to match different solar street lights, LED luminaires and road lighting applications.
Standard configurations are designed for wind loads up to 35m/s, while reinforced structures can be customized up to approximately 50m/s according to pole height, solar panel size, luminaire load and project conditions. Final pole selection can also consider road width, lighting output, pole spacing and foundation requirements.
Solar Street Light Pole 4–12m Q235B Steel Hot-Dip Galvanized with Anchor Bolts Technical Specifications & Datasheet
| Model | POLE | ||||
| Pole height | Top diameter | Bottom diameter | Thickness | Flange | Anchor Bolt |
| 4M | 60mm | 110mm | 2mm | 200*200*10mm | 140*140*400mm-4*14mm |
| 5M | 60mm | 130mm | 2.3mm | 240*240*10mm | 180*180*500mm-4*14mm |
| 6M | 60mm | 140mm | 2.5mm | 250*250*14mm | 200*200*600mm-4*16mm |
| 7M | 60mm | 148mm | 2.75mm | 260*260*14mm | 200*200*600mm-4*16mm |
| 8M | 60mm | 166mm | 3mm | 280*280*16mm | 220*220*700mm-4*18mm |
| 9M | 76mm | 186mm | 3.25mm | 300*300*16mm | 240*240*700mm-4*18mm |
| 10M | 76mm | 190mm | 3.5mm | 320*320*18mm | 240*240*800mm-4*18mm |
| 11M | 76mm | 200mm | 4mm | 340*340*18mm | 260*260*900mm-4*20mm |
| 12M | 76mm | 220mm | 4mm | 380*380*20mm | 280*280*1000mm-4*20mm |
Key Engineering Notes
Material & Surface: Q235B structural steel with hot-dip galvanizing inside and outside. Optional powder coating and enhanced corrosion-protection treatment are available according to project requirements.
Wind Load: Standard pole configurations are designed for wind loads up to 35m/s. Reinforced structures can be customized for requirements up to approximately 50m/s based on pole height, solar panel area, luminaire load and structural calculations.
Customization: Pole height, wall thickness, diameter, arm bracket, solar panel bracket, flange and anchor bolt configuration can be adjusted according to the lighting system and installation conditions.
Project Design: Final pole configuration should consider road width, mounting height, luminaire wattage or lumen output, solar panel size, local wind conditions and foundation requirements.
Get Your Custom 4–12m Solar Light Pole Solution
Q235B Steel + 35m/s Standard Wind Load + Custom Structure up to 50m/s — Engineered for road, municipal and solar lighting projects.
Q235B Solar Street Light Pole 4–12m Manufacturing Process Video
Solar Street Light Pole 4–12m Q235B Steel Hot-Dip Galvanized with Anchor Bolts Project & Application Cases
For preliminary solar street light pole selection, approximately 6m poles can be considered for around 60W luminaires, 8–10m poles for around 80–100W lighting systems, and 12m poles for around 120W road lighting applications. These are reference configurations rather than fixed wattage-to-height requirements.
Typical Application Reference:
4–6m poles are commonly used for pathways, residential communities, parks, courtyards and smaller roads where lower mounting heights and more focused lighting are required.
6–8m poles are suitable for community streets, rural roads and secondary roads. Around 60W solar or LED luminaires can be used as an initial reference, depending on the required lumen output, road width and target illumination.
8–10m poles are commonly selected for urban roads, industrial areas, parking areas and municipal lighting projects. Approximately 80–100W luminaires can be considered as a preliminary reference, with final output determined by road width, optical distribution, pole spacing and required lux levels. A related industrial-road reference using 9m hot-dip galvanized steel poles can be reviewed in the Sungreat NM Series solar street light installation at Saudi Aramco, KSA.
10–12m poles are suitable for wider roads, main roads and large outdoor lighting areas. Around 120W or other higher-output luminaires may be considered according to the lighting design and required coverage.
Final Project Configuration:
Pole height and luminaire wattage should not be selected independently. The final configuration should consider lumen output, beam distribution, target lux, road width, pole spacing, solar panel size and wind area, bracket load, local wind conditions and foundation requirements.
Sungreat Energy can adjust pole height, wall thickness, diameter, arm and solar panel brackets, flange and anchor bolt configuration according to the final lighting layout and structural requirements.
Solar Street Light Pole 4–12m Q235B Steel Hot-Dip Galvanized with Anchor Bolts Production Process
Q235B steel materials and approved engineering drawings are checked before production. Steel plates are then processed through cutting, pole forming and longitudinal seam welding, followed by flange, bracket and reinforcement welding according to the required pole configuration.
After fabrication, pole straightness, key dimensions, welding quality, flange-hole positions and anchor bolt compatibility are checked before surface treatment. Hot-dip galvanizing is applied inside and outside for corrosion protection, with optional powder coating available for different project environments and color requirements. These protections are especially relevant for severe-weather and coastal solar street lighting conditions.
For projects requiring enhanced corrosion protection, galvanizing thickness above 80μm and powder coating above 100μm can be specified. Final inspection can include coating thickness, dimensional verification, trial assembly and batch consistency checks before packing.
Solar Street Light Pole 4–12m Q235B Steel Hot-Dip Galvanized with Anchor Bolts Overview & Details
Each 4–12m Q235B solar street light pole is supplied as a matched structural system, including the tapered pole body, reinforced flange base, gusset plates, anchor bolts, nuts, washers and positioning template. Pole height, top and bottom diameter, wall thickness, flange dimensions, bolt-hole spacing and anchor bolt length are coordinated through one approved engineering drawing before production. Standard configurations range from a 4m pole with 2mm wall thickness, 200×200×10mm flange and 400mm anchor bolts to a 12m pole with 4mm wall thickness, 380×380×20mm flange and 1000mm anchor bolts. CAD drawings and 3D structural views can confirm flange hole layout, reinforcement positions, welding details and foundation interfaces before civil construction begins. This coordinated design helps EPC contractors align pole fabrication with concrete foundations, reduce anchor bolt mismatch, avoid onsite modification and prepare clearer technical submittals for municipal and infrastructure projects.
Solar Street Light Pole 4–12m Q235B Steel Hot-Dip Galvanized with Anchor Bolts Packaging & Delivery
Packing Protection: Solar street light poles are packed according to pole length, surface finish and accessory configuration. Galvanized or powder-coated surfaces, flange edges, arm connections and other contact areas are protected during handling and sea transportation. Poles can be bundled by model or project batch, with supports and separators used to reduce rolling, impact and direct metal-to-metal contact.
Accessories & Identification: Detachable arms, solar panel brackets and luminaire brackets are packed separately for easier transportation and site assembly. Anchor bolts, positioning templates, nuts, washers and related installation accessories are labeled according to the corresponding pole model or project area, helping reduce missing parts and model confusion during installation.
Production & Lead Time: Standard orders generally require around 5–7 days for production and preparation. Larger orders, such as quantities above approximately 500–1,000 poles, may require around 2–3 weeks depending on pole height, surface treatment, customization requirements and current production schedule. For urgent projects, the production plan can be reviewed and discussed according to the required delivery schedule.
Loading & Shipping: Container loading can be planned according to pole length, order quantity and destination requirements to improve space utilization and maintain convenient unloading. Packing lists, package labels, loading photos and shipping information can also be prepared to support customs clearance, inventory checking and project-site distribution.
FAQ of Solar Street Light Pole 4–12m Q235B Steel Hot-Dip Galvanized with Anchor Bolts
As a preliminary guide, 4–6m poles are commonly used for smaller roads and residential areas, 6–8m for rural and community roads, 8–10m for urban roads, and 10–12m for wider roads and large outdoor lighting projects.
| Pole Height | Typical Applications | Preliminary Lighting Reference |
|---|---|---|
| 4–6m | Pathways, parks, residential areas, small roads | Lower-power solar or LED lighting |
| 6–8m | Rural roads, communities, secondary roads | Around 60W can be considered as a reference |
| 8–10m | Urban roads, industrial areas, municipal roads | Approximately 80–100W as a preliminary reference |
| 10–12m | Wider roads, highways, large public areas | Around 120W or higher-output lighting depending on design |
These are preliminary selection references rather than fixed pole-height and wattage rules. Final selection should also consider lumen output, target lux, optical distribution, road width, pole spacing and installation layout.
For solar street lighting systems, solar panel size and wind area, bracket load, local wind conditions and foundation requirements should also be considered when confirming the final 4–12m Q235B pole configuration.
Sungreat solar street light poles are manufactured from Q235B structural steel and hot-dip galvanized inside and outside for outdoor corrosion protection.
Standard surface treatment can be selected according to the installation environment. Optional powder coating is available for different project colors and additional surface protection.
For projects requiring enhanced corrosion protection, galvanizing thickness above 80μm and powder coating above 100μm can be specified according to project requirements.
Pole wall thickness, diameter and surface treatment can also be customized according to pole height, local climate, coastal conditions and the required service environment.
Yes. Standard Sungreat solar street light pole configurations can be designed for wind loads up to 35m/s. For projects in stronger wind environments, reinforced pole structures can be customized for requirements up to approximately 50m/s, depending on the actual project conditions.
Wind-load design is not determined by pole height alone. The final structure should consider pole height, wall thickness, top and bottom diameter, solar panel size and wind area, luminaire and bracket load, flange dimensions, anchor bolts, foundation design and local wind conditions.
For higher wind-load requirements, the pole structure, flange, anchor bolts and foundation can be recalculated and adjusted according to the approved project design. Structural drawings and wind-load calculations can also be prepared when required.
Foundation size should be selected according to pole height, local wind conditions, soil conditions, solar panel area, luminaire and bracket load, and the anchor bolt configuration.
Typical solar street light pole foundations include a reinforced concrete base, matched anchor bolts, positioning template and pole fixing accessories.
As a general reference, some 8m solar street light projects may use a concrete foundation of approximately 500 × 500 × 1000mm. Larger 10–12m poles or projects with higher wind loads, larger solar panels or different soil conditions normally require a reinforced or customized foundation design.
These dimensions are reference values rather than fixed requirements. Final foundation size and anchor bolt arrangement can be adjusted according to the confirmed pole configuration and actual site conditions, with foundation drawings and installation recommendations provided when required.
Yes. Sungreat provides customized solar street light pole solutions for different lighting systems, including all-in-one solar street lights, split solar street lights and municipal solar lighting projects.
Customization options include:
- Pole height: 4m-12m
- Single arm or double arm design
- Bracket length
- Base plate size
- Mounting diameter
- Surface coating
Yes. Besides solar street light poles, Sungreat can provide complete solar lighting system solutions including LED solar street lights, solar panels, LiFePO4 batteries, controllers, poles and installation accessories.
The complete solution is suitable for various applications, including:
- Urban road lighting
- Rural electrification projects
- Residential communities
- Municipal infrastructure
- Highway lighting
- Remote areas without reliable grid power
For EPC contractors and project developers, Sungreat supports project requirements with product selection, technical documents, installation guidance and warranty support.
Solar Street Light Pole Drawings, Wind-Load Reports & Certificates
4m Q235B Solar Street Light Pole Drawing
5m Q235B Solar Street Light Pole Drawing
6m Q235B Solar Street Light Pole Drawing
7m Q235B Solar Street Light Pole Drawing
8m Q235B Solar Street Light Pole Drawing
9m Q235B Solar Street Light Pole Drawing
10m Q235B Solar Street Light Pole Drawing
11m Q235B Solar Street Light Pole Drawing
12m Q235B Solar Street Light Pole Drawing
Solar Street Light Pole Qualification Certificate
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