Phoebus Solar High Mast supports customized heights from 20 to 40 meters. It features high-efficiency mono solar panels and a large-capacity lithium battery, boasting high photoelectric conversion efficiency and long battery life, capable of providing stable lighting for multiple days even on cloudy or rainy days. Equipped with high-power LED floodlights, it offers uniform and wide-ranging light coverage, ample brightness, and low energy consumption.
Solar high masts consist of solar panels, batteries, LED lamps and high poles. They are suitable for places that require high-brightness lighting, such as squares, parking lots, and roads.
This video showcases the solar high mast installation, a powerful and sustainable solution designed to illuminate large outdoor areas efficiently. Solar-powered high mast lighting is engineered to deliver wide-area brightness from tall poles, making it ideal for locations such as highways, stadiums, public squares, and industrial facilities.
Watch how the structure is carefully assembled and installed, from the foundation preparation to the mounting of the mast and lighting fixtures. The solar-powered high mast lighting system uses advanced solar technology to harness clean energy and power high-performance high mast LED lights, providing reliable illumination while reducing energy costs and environmental impact. With its durable structure, large lighting coverage, and low maintenance design, solar high-mast lighting is an ideal solution for modern infrastructure projects.
At Phoebus Lighting, we are committed to delivering innovative outdoor lighting solutions that combine performance, sustainability, and long-term reliability for projects around the world.
Sunlight is absorbed by the solar panels during the day and transformed into electrical energy. After being processed by the controller, the energy is used to charge and store the lithium battery. When the light fades in the evening, the controller's integrated light sensor and time control module initiate a discharge mode automatically. After the lithium battery releases electrical energy, the controller stabilizes it and supplies it to the lights at the top of the pole for illumination at night. The controller automatically stops the discharge and starts charging again when the light level reaches its target at dawn, creating a "charging-storage-discharging" cycle.
Urban public areas such as squares, stadiums, and parks that require wide-area lighting. Because they eliminate the need for complex wiring, solar high masts reduce construction and electricity costs for municipal lighting.
Remote and rural areas have poor power grid coverage and pricey wiring. Villagers can travel and manage farmland more easily at night by using solar high masts to help with nighttime lighting problems in fields and on village roads.
Solar high masts can meet the needs of tourist attractions for both nighttime scenery creation and environmental protection by adding soft light to the landscape and illuminating walkways to ensure visitor safety.
Ports, industrial parks, and large parking lots are examples of logistics and industrial areas. Solar high masts can provide lighting for nighttime operations and cargo loading and unloading in open areas where power lines are inconvenient.
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