Solar High Mast Light Manufacturer for Ports, Stadiums & Highways

Home / Solar High Mast Light 400-1000W | 20-35m Poles

Inlux Solar manufactures 400-1000W solar high mast lights for ports, stadiums, airports and highway interchanges: 20-35m hot-dip galvanized masts, EN 12193 photometric design, IES/DIALux files, deployed across 60+ countries. A solar high mast light is a complete large-area lighting system that combines a tall galvanized mast, high-output LED flood luminaires, and an independent solar power supply with battery storage. Designed for 24/7 operation in demanding outdoor environments, a solar high mast light delivers wide-area illumination without relying on the utility grid.

Compared with conventional grid-fed masts, solar high mast lighting is ideal for ports, container yards, highway interchanges, large parking lots, logistics centers, rail yards, mining sites, and remote industrial hubs where running cables is difficult or prohibitively expensive. High-efficacy LED optics provide powerful lumen output and excellent uniformity, while elevated mounting heights reduce glare and shadowing on critical working surfaces.

Because the PV array, MPPT controller, and LiFePO4 battery bank are sized to local solar conditions and required nights-of-autonomy, the system operates reliably even in locations with unstable or non-existent grid power. With no trenching, no monthly energy bills, and very low routine maintenance, solar high mast light systems offer predictable life-cycle cost and a cleaner, safer lighting solution for critical infrastructure.

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Compare Solar High Mast Configurations for Your Project

Higher charging efficiency, brighter output, project-proven reliability.

Solar Mini Mast Light

Solar Mini Mast Light

Solar-powered mini masts for lots and campuses. 6–14 m poles with multiple floodlights, tailored optics (30°/60°/90°/120°), LiFePO4 autonomy sized to site PSH, optional lowering device.

Solar Mini Mast Light

Solar Mast Light

Split-type solar high mast for large areas. 15–30 m poles, ring or directional carriages, high-efficacy flood arrays, PV + LiFePO4 sized to latitude and nights-of-backup.

Solar Mast Light
Integrated Solar Mast Light

Integrated Solar Mast Light

All-in-one solar luminaires paired with high masts for simplified wiring. 15–30 m pole options, engineered optics and autonomy, with wind-load checks and optional lowering system.

Integrated Solar Mast Light
Solar Tower Light

Solar Tower Light

Solar-powered tower lighting for remote or temporary sites, with telescopic mast and modular flood arrays. Designed for quick deployment and maintenance.

Solar Tower Light

Solar High Mast Project Inputs for EPC and Municipal Buyers

A mast height or LED wattage alone cannot define the system. The lighting layout, target illuminance and uniformity, operating schedule, local solar conditions, autonomy requirement, wind exposure and maintenance access all affect the configuration.

  • Site: location, application and an approximate layout or drawing.
  • Lighting: target area, operating hours and any tender requirements for illuminance or uniformity.
  • Structure and power: preferred mast height, wind-design basis, grid availability and requested nights of backup.
  • Procurement scope: number of masts and whether poles, foundations, installation or commissioning are in the requested supply.

Compare the solar mast light product format, prepare the project input sheet, and review the available photometric resources. Final files and supply scope should be confirmed for the project.

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Solar High Mast Light Selection Guide

How to Specify a Solar High Mast System

Start from target lux and uniformity, then choose mast height Mini 6–14 m (small-scale), Standard 15–30 m (large-scale), ring vs directional mounting, beam angles (30°/60°/90°/120°) and roadway distributions (II/III/V). Provide latitude, PSH and nights-of-backup to size PV, MPPT and LiFePO4 capacity. Confirm wind-speed/EPA and seismic category for the mast and carriage; specify hot-dip galvanizing with optional powder coat for coastal or industrial sites. Add a winch-based lowering device where bucket-truck access is limited.

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Solar High Mast Light Specifications & Configurations

Below are typical solar high mast light configurations for ports, yards, and interchanges. All parameters can be customized according to project requirements and local standards.

Note on power ratings: the LED Power (W) shown in each row is the output per flood module. A single solar high mast typically carries multiple modules, so the total installed LED power per mast commonly reaches 400–1,000 W — the range cited in this page’s title — configured to the target lux and coverage area.

Indicative values for reference. Final design will be confirmed through detailed DIALux/IES calculations and structural checks.

ConfigurationLED Power (W)Luminous Flux (lm)Mounting Height (m)Solar Panel (Wp)Battery Capacity (kWh)Typical Pole Spacing* (m)
80 W Solar Mast System8012,000–14,00020600–8003.0–4.025–30
120 W Solar Mast System12018,000–21,00025900–1,2004.5–6.030–35
160 W Solar Mast System16024,000–28,000301,200–1,6006.0–8.035–40
200 W Solar Mast System20030,000–35,00030–351,600–2,0008.0–10.040–45

*Indicative spacing for reference only. Final spacing will be confirmed by DIALux/IES photometric design and site constraints.

Why choose solar high mast lights

When you choose an Inlux solar high mast lighting solution, you gain both strong technical performance and smoother project delivery from design to commissioning. Key advantages include:

  • No trenching or cabling
    Solar mast light systems are fully off-grid, eliminating long cable runs, trenching, and switchgear. This reduces civil-work costs, avoids conflicts with buried utilities, and minimizes disruption to busy ports, yards, and highways during installation.
  • Reliable in areas with unstable or no grid
    Each system is sized with PV modules, MPPT controllers, and LiFePO4 batteries based on latitude, peak sun hours, and nights-of-backup. Even in regions with frequent outages or no grid at all, solar high mast lighting can maintain required lux levels and uniformity.
  • Compliance with EN/IES lighting standards
    Our solar mast light systems are engineered according to EN 13201, IES RP-8, and relevant national codes. Optimized optics, beam distributions, and mounting heights help achieve target illuminance, uniformity, glare control, and visual comfort for drivers and workers.
  • High lumen output and excellent uniformity
    Multi-module LED flood arrays on a single mast provide powerful lumen packages with carefully selected beam angles. This allows large, open areas to be lit from fewer poles, improving uniformity and reducing dark spots compared with low-mounted fixtures.
  • Durable construction and low maintenance
    Hot-dip galvanized (and optionally powder-coated) poles, corrosion-resistant hardware, and IP-rated luminaires withstand harsh coastal and industrial environments. LED and LiFePO4 technology delivers long lifetimes, so maintenance is mostly limited to periodic cleaning and inspection.
  • 5+ year warranty and long-term support
    Inlux Solar offers multi-year system warranties and long-term spare-parts support. From tendering to after-sales, our engineering team stands behind each solar high mast light project with documentation, training, and remote assistance.

Engineering Support & Standards

Inlux Solar provides full engineering support so your solar high mast lighting project is technically sound, compliant, and easy to approve.

We start with your drawings, target lux levels, and site conditions, then produce complete photometric and structural documentation:

  • DIALux/IES design support
    DIALux layouts with iso-lux plots, 3D views, point-by-point calculations, and summary tables for each lighting area. This confirms average/minimum illuminance, uniformity, and glare indicators before procurement.
  • Standards-based design
    Designs follow EN 13201, IES RP-8, and local road/area lighting standards as required by the tender. Beam distributions, mast heights, and pole spacing are selected to meet the defined lighting class and visual comfort criteria.
  • Wind load & pole strength calculations
    We check mast and carriage wind loads, effective projected area (EPA), and safety factors according to the local wind zone and structural codes. Foundation dimensions and anchor-bolt cages are recommended for safe installation.
  • System sizing & protection
    PV, battery, and controller sizing is based on latitude, peak sun hours, and nights-of-backup. Surge protection devices, over-current protection, and cable sizing are specified for long-term reliability.

This engineering package makes it easier for consultants, contractors, and end-users to validate and approve your solar high mast light solution.

Tender Deliverables (Available on Request)

To support consultant review and tender submission, we can provide a complete documentation pack, including:

  • System datasheet (PV + MPPT + LiFePO4 + luminaires)
  • Configuration table and BOM (project-specific)
  • Wiring diagram and protection layout (SPD, fuses/breakers, cable sizing)
  • Photometric files (IES/LDT) and DIALux calculation report (iso-lux plots, uniformity, glare notes)
  • Wind load / EPA notes for mast and carriage (per local wind zone inputs)
  • Foundation reference drawings (anchor bolt cage recommendations)
  • Factory QA documents and certificates required by the tender (available upon request)
Request a Tender Pack (BOM + Drawings + DIALux Report)

Solar High Mast Engineering and Tender Support

Founded in 2019, Inlux Solar has supported 1,000+ projects across 60+ countries, including municipal and humanitarian lighting deployments. We provide engineering-grade support at every stage, from specification to commissioning.

Precision-Matched Specifications

Our expert team offers tailored specifications for your bid, ensuring feasibility and cost-effectiveness, with detailed reports on wind resistance, performance in adverse weather, and simulation data.

All Required Certifications

We provide all necessary certifications, including those required for lithium battery transportation, ensuring that your project meets all safety and quality standards for smooth execution.

Rich Project Experience

With documented delivery across UN, NGO, and municipal lighting programs, we are ready to support your next solar lighting and energy storage project with documentation, design, and after-sales assistance.

Premium Quality with Competitive Price

Our top-quality solar street lights, made in our advanced facility, offer exceptional quality, competitive pricing, and 10+ years of lifespan, reducing long-term costs and maximizing your investment.

Utilizing Advanced IoT Technology

We utilize the latest IoT technology in our solar street lights, incorporating LORA to enhance signal reliability. Our solutions address hardware compatibility and data security, ensuring advanced and secure solar lighting performance.

Highly Customized Support

Our custom support covers appearance, specs, performance, materials, technology, and packaging. We design street lights in various shapes and modify components to fit your project and market needs.
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Why Inlux Solar?

Founded in 2019, Inlux Solar is a B2B solar street lighting manufacturer with 300,000+ units delivered across 60+ countries and 1,000+ projects completed.

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Founded in 2019, Serving 60+ Countries

Inlux Solar specializes in solar street lighting and outdoor lighting systems. We understand global standards and offer tailored solutions, making us a trusted supplier for UN and municipal projects.

High Quality R&D Team

Inlux Solar invests about 10% in R&D, supported by 30+ engineers, 60+ patents, and 300+ certifications in total.

Own Production with Rigorous Standards

Inlux Solar operates a 28,000 m2 factory with 20,000 sets/month capacity, following strict management practices from materials to shipment so project orders can be planned against verified production capacity.

5-Year Standard Warranty and Low Field Failure Rate

Inlux Solar provides a 5-year standard warranty and long-term component support. Locked internal data records field failure at <=0.3%; battery life depends on sizing, depth of discharge, temperature, and annual cycling.

Proven Success in Major Projects

1,000+ Projects in 60+ Countries

Inlux Solar has delivered 300,000+ units across 60+ countries, with ongoing support from installation guidance to maintenance and technical assistance.

Solar High Mast Project References

The published project records below show two different solar mast arrangements. Use them to identify a relevant application and supplied product format before reviewing the proposed mast height, aiming layout and energy design.

Malaysia: Solar Mast Lighting for a Square

The Malaysia square-lighting record identifies the Solar Mast Light as the applied product. It is a useful reference for an open public space served by a multi-luminaire solar mast, rather than a row of conventional street-light poles.

Read the Malaysia square project and original photo gallery. The historical installation does not establish the configuration or coverage of a new quotation.

Johannesburg: Integrated Solar Mast Lighting for Public Areas

The Johannesburg record identifies the Integrated Solar Mast Light as the supplied product format. Compare this route when evaluating mast-mounted all-in-one solar luminaires, not as an interchangeable specification for the separate-panel arrangement.

Read the South Africa public-lighting project and original photo gallery. Its published application and configuration are reference information, not an approved design for another site.

Why Not Copy the Mast Height From a Reference Project?

A similar application does not establish the right height or number of luminaires for your site. The task area, head positions, optics and aiming must be assessed together, then matched to the solar-energy design and mast structure. Ask which proposed configuration the photometric files and calculations describe.

These records are not measured lux maps, battery-autonomy tests or evidence of a particular percentage saving on your project. Compare the supporting design and acceptance records before carrying those results into a tender.

The gallery below shows wider Inlux Solar company projects. It is not a list of solar high-mast installations or proof that every product has the same performance.

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60+ Patents & 300+ Certifications

Quality Assured with Trusted Certifications

Our comprehensive certifications demonstrate our commitment to excellence and compliance. This means you can trust our products to meet all required specifications and standards,reducing risk and ensuring project success.

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Applications & Layout Examples

    Ports & Container Yards

    Ports and container yards require high vertical and horizontal illuminance to keep crane operations, truck movements, and loading bays safe and efficient. A solar high mast light with 20–30 m poles and ring-mounted flood arrays can cover large stacking areas with fewer poles, simplifying layouts in congested docks. By combining narrow and wide beam optics, we achieve both long-throw lighting for lanes and broad coverage for storage blocks, while controlling glare for crane operators and vessel crews. DIALux layouts help verify lux levels, uniformity, and spill-light to adjacent properties.

    Industrial Yards & Logistics Centers

    Industrial yards, logistics centers, and freight terminals often operate around the clock, with frequent movements of forklifts, trucks, and personnel. Solar mast light systems mounted at 20–30 m height can provide uniform illumination across loading docks, staging areas, and storage zones without requiring extensive cabling. Mixed beam angles and different aiming positions on the mast ring help raise vertical illuminance on truck doors and stacking racks. Off-grid operation reduces reliance on unstable utility power and allows new yards or expansions to be lit quickly, even before permanent electrical infrastructure is available.

    Highway Interchanges & Toll Plazas

    Complex highway interchanges, toll plazas, and roundabouts benefit from solar high mast lighting that minimizes roadside clutter while providing clear visibility for drivers. High masts placed in central islands or medians can illuminate multiple ramps and lanes from a single structure, reducing the number of poles close to traffic. Asymmetric roadway distributions and cut-off optics ensure light is directed to the carriageway rather than into drivers’ eyes. Using DIALux and IES files, we design layouts to meet EN 13201/IES RP-8 classes for interchanges, including target average luminance and longitudinal uniformity.

    Stadium & Large Parking Lots

    Stadium and arena parking lots need safe, welcoming lighting for pedestrians and vehicles during events, but are used only a few hours per day. A solar high mast light solution with time-based dimming and motion control can deliver high output during arrivals and departures, then drop to energy-saving levels during off-peak hours. Symmetric and wide beam optics provide smooth coverage over large parking areas with minimal dark zones. Careful mast placement and cut-off optics limit spill-light into neighboring residential areas, supporting compliance with local light-pollution and glare regulations.

Guides & Engineering Resources (Tender-Ready)

Standardize worst-month assumptions and verify layouts with photometrics before procurement.

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Most Relevant Guides for Solar High Mast

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Related system types: AC High Mast · Solar High Mast · Stadium Mast

Go to hubs: High Mast Guides Hub · High Mast Lighting Design Guide · High Mast Resources Hub · Buyer’s Guide (Bundles)

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Solar High Mast Light FAQs

For most port and container yards, a solar high mast light is typically between 20 and 30 meters high. Lower masts (around 20 m) are suitable for smaller stacking areas, while 25–30 m masts can cover wider berths, truck lanes, and storage blocks with fewer poles. The final mast height is chosen based on target lux levels, required uniformity, crane heights, and glare limits, and is always confirmed through DIALux or IES-based design.

For a 10,000 m² open yard or parking area, most projects require 6–12 solar high mast poles, depending on mast height, lumen package per mast, and target illuminance (for example, 10–20 lux). A layout using 20–25 m poles with 120–200 W LED flood modules can often achieve required uniformity with fewer poles. These ratings are per flood module; total LED power per mast depends on the number of modules fitted. Inlux Solar will run DIALux calculations to optimize pole quantity and spacing for your specific site and lighting class.

Yes. Solar high mast lighting systems are sized according to local solar radiation and climate data. By increasing PV capacity and battery storage, we can maintain required nights-of-backup even in cloudy or monsoon seasons. For coastal or industrial environments, we specify hot-dip galvanized poles, corrosion-resistant hardware, and marine-grade coatings. Proper system sizing and material selection ensure that the solar high mast light performs reliably in both cloudy inland regions and harsh coastal sites.

The payback period for a solar high mast light project typically ranges from 3 to 7 years, depending on local grid tariffs, civil-work costs, and whether diesel generators are being replaced. Because there is no monthly electricity bill, no trenching, and minimal maintenance, total life-cycle cost is often much lower than grid-fed high mast systems. Over the 20-plus-year life of the mast, the project can deliver substantial energy savings and protect you from rising electricity prices.

Inlux Solar can supply a complete solar high mast lighting system or only part of it, depending on your tender requirements. Options include LED luminaires and drivers, split-type PV arrays, batteries, controllers, masts with head-frames or rings, winch-based lowering devices, and foundation cage designs. For EPC and turnkey projects, we normally provide the full package so that you receive a single, coordinated solution from pole base to luminaire.

Our solar mast light systems typically use LiFePO4 battery technology, designed for long cycle life and high reliability. Under proper sizing and control, battery life is commonly 10+ years, depending on depth of discharge, operating temperature, and annual cycling. We design the battery bank with appropriate safety margins and protections to maximize service life. After the first battery life, only the batteries need replacement, while the mast, PV array, and LED luminaires continue operating.

Installation & After-sales Support

Check out the online installation guide, or contact us directly for more installation support.

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