The Benefits of High Mast LED Light Poles

The Benefits of a Lighting Monopole

A Lighting Monopole provides a great deal of functionality to the city's streets, roundabouts, large parking lots, and squares. These lights contribute to the modern development of cities, and their design reflects the latest developments in the field. Their patented VitroplexPLUS dome cladding and top cylinder provide a high-tech solution with an emphasis on aesthetics. They also provide the necessary illumination for street and park lighting.

With the help of solar power, Monopoles can drastically reduce the CO2 emissions associated with street lighting infrastructure. Recently, Scotia Renewable Energy installed a Monopole streetlight in Abuja, Nigeria, as a pilot project for introducing micro-grid technology to the city. It has been hailed as a viable solution to the region's energy problems, with many countries already implementing the technology. It's also a great way to promote renewable energy sources, thereby helping the city reduce its carbon footprint.

The Benefits of High Mast LED Light Poles

When deciding on a lighting solution, high mast poles can be beneficial for several reasons. For one, they are ideal for reducing luminaire count, which in turn can increase a building's security. However, reducing the number of poles and luminaires is not an option for all buildings, as they require a proper raising and lowering mechanism to avoid any negative impacts caused by an imbalanced light structure. Here are some of the most important benefits of LED high mast poles.

To install a high mast light pole, a foundation is needed. The foundation for high mast illumination poles is typically specified as 0416 XXXX DRILL SHAFT (HIGH MAST POLE), with XXXX ranging from 54 inches to 66 inches. The foundation also includes concrete and steel, as well as anchor bolts. The foundation is then protected by a riprap pad, typically specified by 0432 6001 RIPRAP (CONC) (4 IN.).

High mast lighting systems minimize shadows on the ground, allowing a large area to be illuminated with fewer poles. Additionally, their wide pole spacing reduces visual clutter and improves visibility. The lighting system can be installed at different heights to optimize their placement, and the reduced pole density creates less physical obstacles for drivers. Furthermore, because high mast poles are mounted at a higher elevation than conventional poles, they provide far-reaching illumination while allowing efficient use of space.

A typical high mast light pole has a concrete foundation that extends into the ground 15 to 25 feet. The diameter of the anchor bolt is based on the structural design of the structure, and the light pole itself is usually made of galvanized or weathered steel. On top of that, it has a luminaire ring that holds the luminaires. The luminaires can be from two to twelve and range in power from 400 to 1,000 watts.

A High Mast Pole also features a single mounting location for luminaires. Its height can be as high as 100 ft. The shaft of the pole is made from steel that is dodecagonal in shape and ground smooth. The lift lug is accessible through the hand hole opening, and there is a specific winch mount for the mast. For added security, it also features a locking mechanism. If it is not locked, it is easy to remove or replace.

High mast luminaires typically feature a thermal convection system to dissipate waste heat. This method is particularly effective in outdoor environments where air flow is abundant and temperatures are moderate. In such an environment, LED luminaires need to be durable and dependable. This means that they need to be designed with a high surface area and aerodynamic geometry. If the temperatures are high, the heat will also rise. So, LED luminaires in high masts are made to withstand the elements.

Depending on their wattage, LED high mast lighting can be an effective solution for a wide variety of industrial applications. The most popular LED high mast light fixtures are 209 watts to 750 watts. These high-quality fixtures can reduce energy usage by 50% to 80%, which is equivalent to an annual savings of up to $8000 per light fixture. However, they may not be the most attractive option for all buildings, but they are the most energy-efficient solution for certain types of industrial spaces.