Integrated & Split Systems
Flexible solar configurations for roads, parks, campuses and parking areas
Off-grid Lighting Solution
Reduces trenching and grid-connection requirements at suitable project sites
LiFePO4 & Smart Controls
Battery capacity, operating schedule and dimming controls configured for the project
Project-specific Engineering
Pole height, solar panel, LED load and wind resistance designed to site requirements
Types of Solar Light Pole
Custom solar light poles for roads, parking areas, campuses, parks and off-grid lighting projects. Integrated and split configurations are available with project-specific pole heights, solar panels, batteries, LED luminaires and control options.
Solar Lighting System Components and Controls
Solar Panel
Monocrystalline 23%+ efficiency, 60W-300W
Battery System
LiFePO4, 20Ah-200Ah, 10,000+ cycles
LED Light Head
20W-150W, 100+ lumens/watt, 50,000h lifespan
Pole Material
Stainless steel or aluminum alloy
Height Options
4m, 6m, 8m, 10m, 12m (custom available)
Protection Rating
IP65/IP66, IK10 impact resistance
Solar Light Pole Applications
Solar light poles can be configured for urban streets, rural roads, parking areas, campuses, parks and remote sites where grid connection is unavailable or impractical.
Urban Plazas & Streets
Modern city centers benefit from aesthetic design and zero light pollution.
Rural Highways
Safe, reliable illumination in areas without grid infrastructure.
Industrial Parks
Parking Lots
Residential Areas
Public Spaces
F A Q
An integrated system groups key components in a compact assembly. A split system positions the panel, battery and luminaire separately, offering more flexibility in their placement. The better option depends on the lighting requirement, available sunlight and site layout.
Choose the pole material according to the site environment, structural design, appearance and maintenance plan. The lighting system should be specified separately from the shaft material; neither material alone determines solar performance.
Sizing depends on the LED load, operating hours, dimming schedule, local solar conditions and required backup time. These inputs should be reviewed together rather than choosing a panel or battery solely by its advertised capacity.
It may, if the system has been sized for the site's expected conditions and required backup time. The number of supported low-sunlight days cannot be guaranteed without reviewing the location, operating schedule and system configuration.
Shade reduces the energy available to the panel. Before specifying the system, check for obstruction from buildings and trees throughout the day and consider whether the panel can be positioned to receive adequate sunlight.
Provide the installation location, pole height, mounting method, design wind criteria, and the dimensions and weight of the panel, luminaire, battery enclosure and other mounted equipment. The complete assembly should be assessed, not just the pole shaft.
The supply scope must be confirmed for each order. Tell us whether you need a complete solar lighting system or only the pole, and identify any required mounting hardware or foundation components so they can be listed clearly in the quotation.
Send the site location, lighting area, operating hours, target brightness, pole height, quantity, preferred material and installation method. Site photos, drawings and local wind requirements will also help us review the configuration.