Solar Bollard Lights

Solar Bollard Lights

Placed along pathways for illumination, these lights provide safety and visibility at night while relying on renewable energy.

1 Item

Set Descending Direction
per page

FAQ

WHAT ARE SOLAR BOLLARD LIGHTS?

 

Solar Bollard Lights are compact, short pole lights that rely on solar power as their energy source. These lights are designed with the environment in mind, constructed using durable materials commonly found in industrial settings. Their main function is to provide a gentle, natural white light that effectively brightens up pathways, gardens, or walkways.

 

WHY SHOULD ONE CONSIDER USING SOLAR BOLLARD LIGHTS?

 

Significant Cost Savings
Compared to wired bollards, the installation of solar bollards is much more cost-effective. You can save a substantial amount of money during installation since there is no need for digging trenches or electrical planning. Additionally, solar bollards require minimal maintenance, resulting in further cost savings.

 

Utilization of Smart Technology
Various solar bollards utilize advanced technologies to ensure optimal efficiency. Equipped with controllers, these systems can adjust the lighting according to factors such as the time of night, activity levels in the area, and specific requirements. They also adapt to different environmental conditions, providing suitable lighting. For instance, areas with high ambient light may use higher intensities, while rural areas can use lower intensities to achieve the same visibility.

 

Long-lasting Durability
Solar bollards are constructed with resilient materials to ensure durability. Most bollards are made of die-cast aluminum, allowing them to withstand extreme environmental conditions, including marine areas. Furthermore, the use of highly durable architectural-grade powder coatings enhances their longevity. These bollards are designed to resist vandalism, with extra-thick components and robust ground connections to withstand considerable force.

 

Reduced Accident Risks
The absence of external wires significantly reduces the risk of electrocution or accidents. By installing solar bollards, you can ensure a safer environment.

 

Immune to Power Outages
Solar bollards operate independently of the power grid, making them unaffected by power outages. Even during disruptions in the power supply, these bollards continue to function seamlessly. They are particularly suitable for areas prone to frequent power outages.

 

WHICH LOCATIONS ARE SUITABLE FOR THE INSTALLATION OF SOLAR BOLLARD LIGHTS?

 

Public Parks and Reserves:
With its approximately 1-meter height, the Solar Bollard proves to be an excellent lighting option for public parks and reserves. It ensures a safe environment for evening visitors, illuminating pathways and enhancing overall security.


Gardens and Campus Grounds:
From vibrant gardens to expansive campus grounds and retirement villages, the Solar Bollard offers an accessible and secure lighting solution. Its solar-powered nature makes it a popular choice due to its low maintenance and cost efficiency, sought after by both body corporates and residents.


Caravan Parks:
Create memorable holiday experiences with appropriate outdoor lighting in caravan parks. The soft natural light emitted by our solar bollards illuminates pathways and landmarks within the park, ensuring safety and ambiance during outdoor activities.


Pathways:
In built-up areas and various environments, well-lit pedestrian access ways and pathways are crucial for safety. The Solar Bollard's design incorporates a long-lasting natural white light that remains illuminated throughout the night, making it an ideal choice for enhancing pedestrian safety in pathways.


Jetties, Piers, and Boat Ramps:
For boaters navigating docks and water after dark, reliable illumination is essential. Solar Bollards provide a cost-effective and environmentally friendly solution, ensuring adequate lighting for jetties, piers, and boat ramps. With LED lights powered by solar energy, they offer a dependable source of light near water bodies.

 

Top