Smart LED Street Light
In our modern day environment, lighting is responsible for a staggering 19% of global electricity usage. In particular, different research shows that powering streetlights account for 30% - 50% of a typical city’s energy bill. Sinoco’s smart LED street light is designed to save more energy as well as help effectively cut CO2 emissions, limit light pollution and also lower operations and maintenance costs for a given city or area, all the while keeping citizens feeling illuminated, safe and satisfied. Sinoco has made an effort throughout the years to design and manufacture smart LED street light products that are not only energy efficient but also help keep the environment clean and sustainable.
Intelligent LED Street Light
In line with our philosophy, our Intelligent LED street light offers practical answers to many of the above questions and challenges. Our cleverly-designed intelligent LED street light with lighting controller II, has built-in features of ultra-long range, low power consumption and high stability in communication. Through the lighting controller, users can efficiently observe and maintain the lights in a short order.
Our smart LED street light product is based on the LoRaWAN gateway. Our YZS-GW01-470M is a connection between LoRa module and the Internet, which is applicable for outdoor installation and use. The frequency band differs for separate regions while the frequency band of YZS-GW01-470M is 470MHz. The gateway uses the SX1301 as its main chip, which can provide 8 channels of parallel uplink and 1 channel of downlink communication.
Also, it adopts the low-power, high-reliability core processor - Cortex, so the main control chip can provide an efficient and reliable operating environment for gateway communications. The gateway also supports the star topology. The terminal device can upload the data to the gateway through RF and then the gateway can upload all this information to the server through 4G or Ethernet. This will effectively make the communication range more extensive and the deployment of repeaters in the solution can be greatly reduced. Thus, the solution cost will be lower and the deployment will be much easier or ideal for an array of environments.
