Series H residential street lights In Urban Street in Mocoa of COLOMBIA

40W residential street lights with Lumintell™ Smart City and Lighting Management System in Mocoa of COLOMBIA on 2017, 40W smart LED street lighting control system in different areas of application of Internet of things solutions, the system includes smart controller, 5/7pin NEMA socket, gateways, system cloud platform, to provide one-stop service for end customers. When night falls, 40W LED street lights illuminate the street, the community, the beauties, and the way home for off-duty people. The whole solution was financed with Novalume Solution’s “Pay as you save” financing plan and will allow the municipality to pay off the investment using the generated savings in 5.5 years, well within the warranty period of 7 years and the expected lifetime of 20 years.

Project details:

ProductModelCCT /OpticsQuantity
40W residential street lights with Smart control SystemZGSM-LD40H44000K, 2M2700pcs

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A smart streetlight is a kind of public illumination that uses technology such as cameras, light-sensing photocells, and other sensors to provide real-time monitoring capabilities. This sort of street lighting control system, also known as adaptable lighting or intelligent street lighting, is acknowledged as a key step in the development of smart cities.

In addition to allowing cities to deliver the appropriate amount of street lighting for local circumstances, intelligent lighting will boost public satisfaction with security and safety while saving governments money on energy and lighting system maintenance. Furthermore, outdoor lighting infrastructure will act as a backbone for a variety of internet of things (IoT) applications, such as weather, pollution, and traffic monitoring.

Smart streetlight technology varies based on features and needs, but it often includes a mix of cameras and sensors. These sensors can detect movement and provide dynamic illumination and dimming when installed on ordinary streetlights. It also enables fixtures in close proximity to interact with one another. All surrounding lights will brighten whenever a person or automobile is detected until movement is no longer caught.
More technology, including image sensors, seismic sensors, sound sensors, speakers, weather and water detection sensors, and wireless transmitters, may be required to expand the capabilities of smart streetlights.

Most companies provide software to assist cities monitor and operating smart streetlights once they are deployed. This program may also be used to collect and change data gathered by the lamps, such as dimming time. The above are all upgrades to the lighting control system of street lamps under the understanding of how street lights work.

The following are some of the benefits of using smart streetlight systems:

  • reduced energy cost and usage with flexible dimming controls;
  • increased pedestrian satisfaction through improved safety measures;
  • lowered repair and maintenance costs with the monitoring software;
  • reduced carbon emissions and light pollution;
  • increased lamp life and shorter response times to outages;
  • improved architectural planning based on real traffic patterns and insights; and
  • increased revenue opportunities, such as leasing poles for digital signage or other services.