Important Aspects of Street Lighting Installation
If you are planning to install a new street light system in your neighborhood, you need to know the various factors that you should take into account. If you want to avoid committing any mistakes, you should read this article. This article will provide some helpful information on several aspects of street lighting installation. These include: Integrated solar street light, Conduits between street lights, Location of poles, and Intelligent street lighting controllers. After reading this article, you will be well-equipped to make the best decision for your neighborhood.
Integrated solar street light
Integrated solar street lights have multiple benefits. They can be dimmed and fixed at an angle to maximize efficiency. The larger the solar panel, the faster it can charge the lights. They can work even in the dark and are available in different wattages and designs. They are weatherproof, and have a long service life. To maintain their efficiency, the panels need to be cleaned every two to three years. There is no need to replace the entire light source.
Integrated solar street lights are installed primarily in outdoor areas. Roadways represent different types of traffic. Because they must illuminate both pedestrians and vehicles, they must have narrow beam angles along the road. Open areas represent areas where pedestrians and vehicle traffic meet. They are also used for security monitoring and public activities. They are easy to install and require minimal maintenance. In addition, integrated solar street lights are easy to maintain. They require no digging or cable laying.
Conduits between street lights
The length of conduits for street lights is a crucial factor to consider. The shortest distance between two street lights is the length of one conduit. The length of a conduit is calculated by calculating center-to-center distances for both the electrical equipment and the street lights. Then, add that measurement to the length of all other electrical equipment on the street. A conduit can be bent to fit around an obstruction if necessary. Likewise, the boxes for conduits should be on level ground, with no ditches or trees in the way of service. Moreover, they should be situated near each service enclosure.
The length of conduits should be at least two inches in diameter. These conduits must be two inches wide, and a spare must be provided for future needs. The conduits between street lights must run handhole-to-handhole, without connecting laterals. The depth of conduits must be two feet below the finish grade, but may be deeper to avoid conflicts with other utilities. However, you should make sure that the lighting facilities are installed as per the requirements before putting down the backfill.
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Location of street light poles
The spacing between two adjacent street light poles should be approximately two and a half times the pole height, with shorter poles being installed closer together. The height of the light poles should be selected based on several factors, including density, speed of travel, and type of light source. Depending on the height, the distance between light poles should be from six to 10 meters. Poles with overhangs will help keep the lights from touching the edge of the pavement, which helps reduce glare.
If light poles are in a coastal region, the city may require special finishes. Tall buildings and trees may prevent the proper placement of light poles, so be sure to consider these obstructions when choosing the location of the poles. In some cases, the city owns the poles and controls their use. Nonetheless, it is best to consult with the city first to ensure that your lighting installation doesn’t clash with other infrastructure.
Intelligent street light controllers
An intelligent street light control system is an important element of the lighting system. It is the source of commands that control LEDs and LED drivers. Conventional controllers implement preprogrammed behaviors and regulate light output to meet user-defined parameters. They can be either a simple control circuit or a processor consisting of programmable microprocessors. They can also be embedded inside luminaires or poles.
This type of system would also allow the city to monitor animal behavior by gathering data on its surroundings and interacting with control management. Ultimately, this would allow streetlights to save power. In addition, this system could be used in smart cities to fight crime, aid emergency situations, and serve citizens more effectively. One example of this is Coolidge Park, where LED smart lights have been installed. Ultimately, an intelligent street light system would help cities combat crime, increase efficiency, and serve citizens better.
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