Smart street lamp with new energy

I. project overview

Smart street lamps with new energy -- connected to the Internet. Take solar energy as the main power source, make full use of the means of information technology to sense and analyze various data information, so as to make intelligent response to various demands including people's livelihood, environmental protection, public safety and urban services. This product adopts sunlight tracking technology to fully guarantee the storage of electric energy, which can guarantee the emergency lighting and emergency communication of the disaster relief and rescue command center in the event of power failure in the city or disaster area, and create a better life for human beings.

Ii. Intelligent street lamp description

1. Sensor

Monitor urban environmental conditions, noise sensors, PM2.5 detection, temperature/humidity sensors, brightness sensors, municipal building monitoring

2. Intelligent lighting

Sunlight tracking, timing dimming, cellular heat dissipation technology, uniform basic brightness distribution, intelligent single lamp/centralized controller

3. Video monitoring

Security monitoring, vehicle monitoring

4. Wireless network

Street lamps are embedded with wifi hotspots


Special crowd monitoring, manhole cover monitoring, community security monitoring, municipal facilities monitoring

6. Information release

Advertisement broadcast, current political news, information release

7. Emergency call

Field extension and monitoring center contact, monitoring center outside the field active broadcast

8. Charging pile

Electric cars, electric bicycles

Iii. Six core functions of smart street lamp

Smart street lamp with new energy

1. Intelligent security

(1) real-time road monitoring

24-hour monitoring of key parts in key sections, including video monitoring or storage.

(2) abnormal event alarm

Intelligent analysis technology to detect all kinds of traffic abnormal events to achieve alarm linkage function.

(3) information collection data

Through traffic data detection and collection, it provides data support for traffic planning and command and dispatch.

2. Wireless city

(1) set up 5G microbase station, speed up the new generation of wireless communication technology development.

(2) anytime and anywhere can use portable computers and mobile phones, PAD Internet, browse news, search information, QQ chat, send and receive mail, transfer documents and photos and other files.

(3) bridge the e-commerce model of consumers and businesses, and give full play to the huge advantage of street lamps.

On the road, vehicles can receive car service information and passengers can fully experience the Internet through the wireless system.

3. Information release announcement screen

(1) release the public information, warning information and warning information of government departments.

(2) combined with intelligent traffic, it can be used to mark the speed limit on the road when normal, and release early warning information when there is any situation on the road.

(3) timely release information to vehicle display terminals and public mobile terminals.

4. Charging pile

(1) with the municipal government to gradually promote new energy vehicles, assembly in the station, the district, and other intelligent road lamp pole charging pile is a cost-effective solution.

(2) no need to repeat the line construction.

(3) do not occupy urban construction land.


5. Sunlight tracking automatic lighting

The required light sensor USES the first 'silicon photosensitive probe', which can generate electricity by itself. Combined with the self-developed transmission mechanism, it is applied to the solar tracking intelligent landscape lamp series.

Sun tracking, intelligent transmission, photosensitive power generation, low voltage environmental protection


6. Intelligent networked cars

(1) the OBU brought smart car GPS positioning information is passed to the RSU light pole, these light pole again through own camera or millimeter wave radar and other smart sensors gather information analysis the current sections of each car in the current road precise coordinates, finally back to the smart car around the space between, vehicle speed, as well as the recommended speed, the information such as whether to allow to jump the queue.

(2) remote equipment (Ethernet /5G) will be collected by DSRC vehicle flow upload to the cloud, the cloud through big data processing analysis of road conditions, and then real-time through the terminal information to the intelligent vehicle, for the vehicle according to the road information analysis of the best line.

(3) set up a parking system at the gate of the park through DSRC and camera, and tell vehicles how to reach the designated location of the park, such as empty parking Spaces.