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LED Street Light with Photocell Sensor Price Aluminum Customizable Street Lamp
Advantages of photoelectric sensor street lights:
1. Efficient and energy saving
On-demand lighting: Photoelectric sensors can sense the ambient
light intensity in real time. When the ambient light is sufficient,
such as during the day, the street lamp automatically turns off,
avoiding unnecessary power consumption. When the light is dark,
such as at night or on cloudy days, the street lamp automatically
turns on and works normally. This precise intelligent control
greatly reduces the ineffective lighting time of street lights,
thus significantly reducing energy consumption, compared with the working mode of
traditional street lights that are always open.
Intelligent dimming: Some advanced photoelectric sensor street
lights also have dimming functions. According to the actual
brightness of the surrounding environment and traffic flow and
other factors, the street lamp can automatically adjust the
luminous brightness. In the late night, when the traffic flow and
the flow of people are small, the appropriate reduction of the
brightness of the street lamp can not only ensure the basic lighting needs, but
also further save energy. According to relevant studies,
photoelectric sensor street lights with dimming function can save
30%-60% of energy than ordinary street lights.
2. Extend service life
Reduce frequent switching impact: the timing control method of
traditional street lamps may force the street lamp to open or close
at an inappropriate time, and frequent switching operation will
cause a large current impact on key components such as the lamp
bulb and ballast, accelerate the aging of components, and shorten
the overall service life of the street lamp. The photoelectric
sensor street lamp automatically controls the switch according to
the ambient light, avoids unnecessary frequent switching, reduces
the current impact, makes the working state of the street lamp
components more stable, and effectively extends the service life of
the street lamp.
Optimizing the working state: Because the photoelectric sensor
street light can adjust the brightness according to the actual
needs, and reduce the power operation without full brightness, the
street light is in a relatively easy working state most of the
time, reducing the wear and tear of the components, further
extending the service life of the street light, and reducing the
maintenance and replacement costs of the street light.
3. Improve lighting quality
Real-time adaptation to the environment: photoelectric sensors can
quickly and accurately perceive changes in environmental light,
whether it is sudden clouds blocking the sun, or the sky gradually
darkening at night, street lights can respond in time, quickly
adjust the lighting state, and provide continuous and stable
lighting for the road. This ability to adapt to the environment in
real time effectively avoids visual discomfort caused by light
mutations, providing a safer and more comfortable lighting
environment for pedestrians and vehicles.
Eliminate lighting dead corners: By rationally arranging the
position of photoelectric sensors and street lights, precise
control of lighting needs in different areas of the road can be
achieved. For some corners, intersections and other places prone to
lighting dead corners, photoelectric sensor street lights can
increase the lighting brightness according to the actual situation,
ensure the lighting effect of these key areas, improve the overall
lighting quality of the road, and reduce the risk of traffic
accidents.
4. Easy installation and maintenance
Easy installation: The installation process of photoelectric sensor
street light is relatively simple. The sensor is usually small in
size, easy to install in the appropriate position of the street
lamp pole, and easy to connect with the street lamp control system.
Compared with some complex intelligent lighting systems, there is
no need to lay a large number of additional control lines, which
reduces the construction difficulty and cost during the
installation process, shortens the installation time, and improves
the installation efficiency.
Efficient maintenance: Because the failure rate of the
photoelectric sensor street lamp is relatively low, and its
intelligent control system can monitor the working status of the
street lamp in real time, once the fault occurs, it can quickly
locate the problem, and the maintenance personnel can carry out
targeted maintenance, which greatly reduces the maintenance time
and improves the efficiency of the maintenance work. At the same
time, the long service life also reduces the maintenance workload
of frequent replacement of street lamp components.