Though all of the decent street lights produce bright light, some high-end street lamps generate super bright lighting to illuminate a large area. The brightness produced by a street light varies from one model to another. The outdoor street lights have a good enough operating temperature to resist various weather elements. Operating temperature is a specific temperature range the light is constructed to operate. The power consumption of the light is a vital factor to curtail total energy expenses. The street lights are accessible in various power ranges, such as 100W, 150W, 200W, 400W, and so on. Here are the typical features and specifications of street lights. Features And Specifications Of Street Lights Street lights are designed to be put on poles, specifically designated poles or pre-existing utility poles. In order to resist corrosion and other external conditions, street lights are frequently composed of a durable plastic substance like high-density polyethylene or a corrosion-resistant metal like aluminum.
They provide the best light for the least amount of energy used, require little maintenance, and have a longer lifespan. The most recent technology in street lights is LEDs. In order to get the right light, color, and temperature of light for particular applications, street lights use the technologies of light-emitting diode (LED), high-pressure sodium, low-pressure sodium, incandescent, metal halide, mercury vapor, and high-intensity discharge bulbs.
The main purpose of street lights is to provide illumination to locations or objects that are dark and difficult to see at night. They are frequently utilized in conjunction with various traffic safety tools to improve the visibility of tools, barriers, or dimly lit public spaces. By enhancing lighting brightness in dark spaces, they increase security and driving safety. Roadways, parking lots, walkways, and other public spaces are illuminated by street lights, commonly referred to as street lamps.
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