CUSTOM SOLAR TREE LIGHTING SOLUTIONS

Yes. Glowyard can support custom solar tree lighting projects for urban parks, corporate campuses, commercial plazas, tourist areas, and smart city demonstration zones. We can adjust the height, canopy diameter, lighting color, solar panel layout, battery capacity, structural design, surface finish, and foundation method according to your project requirements.
For broader project-based outdoor lighting solutions, you can also explore our
Landscape Lighting Manufacturer
page.

To provide a practical quotation, we usually need your project country, quantity, target height, canopy diameter, installation location, lighting color, expected backup days, wind-resistance requirements, and whether drawings or 3D renderings are needed. If your project is still in the concept stage, our team can help review your idea through our
Custom Garden Lighting
service.

Yes. The solar tree structure can be customized by project scale. Typical options include smaller versions for parks and residential-style landscapes, medium versions for campuses and plazas, and large project versions around 8 meters high with a 4–5 meter canopy diameter. The final size should be confirmed based on site layout, foundation conditions, wind load, lighting coverage, and visual landmark requirements.

The main structure is typically made from steel, with hot-dip galvanizing and outdoor powder coating for better corrosion resistance and long-term outdoor durability. The canopy frame, branch structure, decorative steel tubes, base plate, and anchor bolt foundation can all be designed according to project requirements. For more details about metal processing and coating capability, see our
Metal Craft Manufacturing for Garden Solar Lights
page.

The solar panels can be integrated within the leaf-shaped canopy design, so the structure keeps a decorative appearance while still collecting solar energy. The panel layout can be adjusted according to sunlight conditions, required power output, canopy shape, and aesthetic requirements. For solar panel, battery, controller, and module integration details, you may also refer to our
Solar Power Module Assembly
capability page.

For large outdoor solar tree projects, we usually recommend a LiFePO4 battery with an MPPT solar controller. LiFePO4 batteries offer better cycle life and stability for demanding outdoor applications, while MPPT control helps improve solar charging efficiency and energy management. Battery capacity, controller specification, and lighting runtime should be calculated based on local sunlight, LED power, lighting hours, and backup-day requirements.

Yes, the system can be designed for 3-day backup autonomy, depending on the solar panel capacity, battery capacity, LED power, daily working hours, and local weather conditions. For cloudy or low-sunlight regions, we recommend doing a solar calculation before confirming the final system configuration. You can also read our guide on
How Battery Choice Affects Solar Light Runtime
for more background on runtime planning.

Yes. The solar tree can be designed with warm white, cool white, single-color decorative lighting, or RGB color-changing effects. For commercial plazas, tourist areas, and smart city demo zones, RGB lighting can create stronger visual impact. For corporate campuses and urban parks, warm white is often more elegant and comfortable. For more color-selection guidance, see our article on
Warm White vs Cool White vs RGB Solar Lights.