In 2023, a Florida project involved 900 aluminum solar direct-burial light poles in a 28 ft pole configuration. The installed arrangement combines a solar panel above the shaft with a curved arm and road luminaire. Customer-supplied photographs show the poles along roads and landscaped areas in daylight, as well as the lighting operating after dark.
For buyers planning a similar development, this project is a practical reference for pole configuration, installation appearance and the information needed to specify an aluminum solar street light pole at scale.
Florida Project Overview
- Project: Aluminum solar direct-burial light poles
- Location: Florida, USA
- Year: 2023
- Quantity: 900 poles
- Pole designation: 28 ft direct-burial configuration
- Application: Road and landscaped-area lighting shown in customer installation photos
The Project Requirement
A Consistent Pole Configuration for a Large Installation
A 900-pole project calls for a clearly defined, repeatable configuration. In this case, the project references identify a 28 ft aluminum direct-burial pole. Unlike an anchor-base pole, a direct-burial design includes a shaft section intended to be embedded below grade. The actual exposed height and embedment details depend on the approved drawing and site design.
The finished poles visible in the customer photos have a dark appearance and a curved arm carrying the luminaire. For any repeat or similar order, pole dimensions, material, finish, arm geometry and the mounting method should be confirmed together rather than assumed from a photograph.
Solar Panel and Road Luminaire Arrangement
The photographed installation places a solar panel above the pole and positions the road luminaire on a curved arm. This separates the panel orientation from the luminaire position while keeping the overall assembly visually consistent across the site. Panel output, battery capacity, fixture wattage and operating schedule are project-specific and should be specified in the approved solar-lighting schedule.
What the Installation Photos Show
Daytime: Pole Form and Site Fit
A customer-supplied daytime photo shows an installed pole beside a road and landscaped area. The top-mounted panel, curved luminaire arm and dark-finish shaft are visible. This view helps project teams assess the appearance and placement of a solar direct-burial pole in a developed setting.
Nighttime: Road Lighting in Operation
The nighttime photos show multiple installed luminaires lighting sections of road. They document the completed visual result and the operation of the lights at the photographed locations. A photo alone cannot establish illuminance, uniformity or battery autonomy; those performance requirements need a project lighting design and equipment specification.
Lessons for Similar Solar Street Light Projects
For a multi-pole installation, agree the pole drawing and solar-lighting schedule before production. The key inputs are the required pole and exposed heights, embedment and ground conditions, local wind criteria, arm outreach, luminaire weight and projected area, solar panel and battery requirements, finish, quantity and delivery plan. Keeping these details in one approved scope helps buyers compare proposals accurately.
Project-Specific Specifications Matter
This Florida case identifies the project year, 900-pole quantity and 28 ft direct-burial designation. The customer photos illustrate the installed arrangement, but they do not replace the approved drawings or test documents. For a new site, structural ratings, electrical components, finish and any required certifications should be confirmed for the exact proposed configuration.
Plan Your Aluminum Solar Light Pole Project
Yaolong can review a similar project using your site layout, design criteria and supply requirements. Explore our aluminum solar light poles and aluminum direct-burial light poles, then send the drawing, quantity and installation conditions for a project-specific quotation.