The automatic mode of the solar light is achieved through the light control sensor and the Auto button on the remote control. ‌

Light control sensor

The automatic mode of the solar street light is usually achieved through the light control sensor. The light control sensor can sense the light intensity of the surrounding environment. When the ambient light intensity is lower than a certain threshold, the light control sensor will automatically turn on the street light; when the ambient light intensity is higher than a certain threshold, the light control sensor will automatically turn off the street light. In this way, the street light can be automatically lit at night or on cloudy days, and automatically turned off during the day or when there is sufficient light, thereby achieving energy saving and intelligent control. ‌

Auto button on the remote control

On the remote control of the solar light, the Auto button represents the automatic mode. In this mode, the solar light can flexibly set a variety of working modes including simultaneous lighting, time-sharing lighting, and time-sharing timing. In addition, this mode is also equipped with safety measures for load overcurrent and short circuit. The solar street light controller designed with single-chip microcomputer technology can intelligently identify 12V and 24V batteries, realize scientific management of batteries, and display battery overvoltage, undervoltage and other states. The controller also supports two load outputs, each with a current of up to 5A, and has independent timing, overcurrent protection, and short-circuit protection. ‌

Actual application scenarios

In actual applications, the automatic mode of solar lights can be set according to specific needs. For example, you can press the Auto button on the remote control to turn on the automatic mode, or use the light control sensor to automatically adjust the switch of the street light according to the ambient light intensity. This automatic mode not only improves the intelligence level of lighting equipment, but also effectively saves energy, ensuring that lighting is provided when needed and automatically turned off when there is sufficient light, thereby achieving energy-saving effects.