Automatic solar street light application background
In the field of urban lighting, the continuous deepening of urbanization and rapid economic development make people's living standards improve. In the process of promoting urban lighting engineering, urban road lighting and lighting engineering are paid more and more attention, and lighting sources and control equipment have been developed unprecedentedly.
However, the street light lighting in the city brings brilliant, gorgeous and convenient, but also encountered many unexpected problems;
1. Energy-saving: landscape street lights are not only turned on at the peak of traffic flow but also when the traffic flow is underestimated (such as in the early morning).
2. Monitoring problems: to some extent, the operation of street lights and nightscape lighting relies on the original means such as vehicle inspection by the management department and public warranty to troubleshoot
3. Management problems: unable to achieve remote single light control, unable to obtain street light status information in time, unable to accurately obtain energy consumption information The result is inefficient management of street lights
Market demand
1. Intelligent management
The municipal street light lighting system not only needs to provide lighting sources for urban traffic but also undertakes the responsibility of urban image. However, with the expansion of the urban scale, the traditional lighting mode is not suitable for the requirements of energy-saving, so it is urgent to find a new automatic lighting mode.
2. Energy conservation and emission reduction
With the continuous development of the social economy, energy shortage has become a serious obstacle to economic development, among which power shortage has become a prominent contradiction restricting the development of the national economy. At present, the electric energy consumed by lighting in China accounts for 10% - 20% of the total electric power production, while the urban public lighting accounts for 30% of the total electric power consumption. Therefore, the responsibility for energy conservation and emission reduction is significant.
Problems in the field of automatic solar street light control
1. System defects: no remote control, no real-time control, no single point management, no centralized management, no data monitoring management
2. Management difficulties: unable to operate in real-time, busy inspectors, long inspection cycle, and difficult data collection and analysis
3. Hidden dangers: waste of energy, no early warning of failure, delay in troubleshooting, hidden dangers of road safety, equipment easy to be stolen, lighting rate and energy-saving effect cannot be quantified
Market application
In the face of the disadvantages of traditional street lights in energy consumption, monitoring and management, we hope to achieve more flexible control, more automatic monitoring and more efficient management through technical means, and finally meet the needs of energy conservation and emission reduction, smart city construction.
1. More flexible control
Under the condition of unmanned control, the street light can automatically turn on and off according to the current time;
During the period of small traffic flow, street lights can realize many energy-saving modes, such as odd lights, even lights, and intermittent lights, according to the energy-saving strategy set by users;
2. More intelligent monitoring
The streetlights automatically return to their working conditions (on or off); the system can monitor the damaged streetlights in real-time, and report the damaged streetlights information (such as location information) to the background personnel in time;
3. More efficient management
Through web or app interaction, users can make street lights work according to the expected energy-saving mode without leaving home; they can know the working condition of urban street lights (on or off, damaged or not); the system can analyze and count the energy consumption data of each street light, each street, and each area, providing big data basis for urban construction planning.
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