How High Mast Poles are making a presence in urban planning

Selecting the correct luminaire poles and its permanent installation is a major factor in the infrastructural planning in urbanization. There’re many components to urbanization and infrastructure being one of them contains facilities like construction of roadways, highways, over bridge, and other amenities which showcases a perfect developmental phase of a city. However, lighting them is also necessary. Illuminating these pathway and highways needs a high mast pole generally used for area lighting purpose. The presence of mast poles is important as it enlightens the city and contributes a major portion to urban planning. Here’s how high mast poles makes a strong presence in urbanization.

Enhance Illumination Uniformity: Lighting standards is something which is strictly followed specially in the highways. The mast poles are designed in such a way to withstand wind speed and it’s higher mounting heights usually reduce the number of lights standards and enhances illumination throughout the highway. The standard specifications, the electrical detailed drawings, and the specific design is suitable for large area lighting reducing the obstruction on the way.

25 Years of Shelf Life: The mounting high mast poles which are technically manufactured and erected on highways have a shelf life of 25 years. There’re many technicalities involved in its production which gives it a design life best suited for highways and roads.

Lowering the energy cost: No city can simply switch off its lights at night but reduction of power and energy is also required. To strike a balance between the power supply and costs, there’s a requirement of an efficient high mast pole which is a perfect choice for illuminating the streets along with saving energy on the other end. It’s the most important and cost-effective ways to light up larger and open space.  

Environmental Protection: Keeping in mind the environmental factors, these high mast poles are designed in such a manner that it doesn’t emit any harmful gases or any toxic emissions polluting the environment.

Helps in Covering Large Open Areas: High mast poles works with a height and space ratio. Since they’re higher, it covers large open areas of the city to illuminate in an efficient manner. The entire range is available in standard heights ranging from 12 to 30 meters.

Self Sustaining Mechanism: These mast poles are located on a particular height and operate with a self sustaining mechanism which keeps it safe from weather changes and moisture. These electrical settings for illuminating the city can be damaged due to rain or any other weather changes. This is not the case with high mast poles of leading brands. Their sustaining mechanism is so perfect that there‘re no chances of any damage.

Low Power Consumption: High mast pole manufactures design their mast poles with such specification and with new LED technology which renders a streetlight quality through features like reduced glare and clear vision. LEDs have a much higher initial cost, but the longer lifetime of 60000 hours translates into a 10- to 15-year lifetime, which is at least triple, that of HID lamps. This reduces maintenance costs and, combined with the energy savings, means that municipalities can recoup the costs of a basic non-networked LED-based street.

Selecting Light Source size and Mounting Height: Streets lights in urban life can’t be dimmed as the city is always in motion. The metro cities like New Delhi, Mumbai, Kolkata or Chennai, or even small cities like Indore, Bhopal etc. needs efficient lighting as there’re many vehicles, either domestic or commercial, cross the city in the day or in the night. There’re should be an effective system of lighting for their safe driving. The high mast poles with its lighting source and mountain height can cover a mass area of the city thus facilitating the infrastructure for public and commercial utility. Determining the luminaire’s appropriate distance and spacing along with exact location is the scientific mantra to urban infrastructural planning.