The system uses low power consumption processors and self-design core algorithms. It is capable of working continuously at ultra-low power
consumption, including <0.3W for Continuous Video Recording Mode (without entering sleep mode) and <0.2W for AI Motion Detection Mode. The system applies perfectly to scenarios which need continuous monitoring, but lack power supply.

Ultra Low Power Consumption, 3.7V Lithium Battery, Video Recording Mode Current <70mA; AI Motion Detection Mode <30mA (with Infrared Lights on <50mA);3W Solar Panels Mounted on 3 Sides, Maximized Sunlight Acquirement, Integrated Design, Easy to Install.No Sleep Mode And Trigger Needed, 24-Hours Continuous Video Recording or Motion Detection, Non-Stop Working Everyday of the Year.Marked Moving Frames in Replay Mode, Quick Locating, Higher Efficiency, Low Consumption.Optimized File Storage Algorithm massively reduce erase times of the SD card, which can last over 7 years.
CLICK Compression Ratio Algorithm has a 40% higher compression ratio than H.265. It is capable of uploading high-definition videos at resolution of 4 megapixel, with a longer recording time before overwrite.
AI Motion Detection reduces false positive rate.
Pan Tilt Configured, no Blind Angle.

Features: Ultra Low Power Consumption, 3.7V Lithium Battery, Video Recording Mode Current <70mA; AI Motion Detection Mode <30mA (with Infrared Lights on <50mA);
3W Solar Panels Mounted on 3 Sides, Maximized Sunlight Acquirement, Integrated Design, Easy to Install.
No Sleep Mode And Trigger Needed, 24-Hours Continuous Video Recording or Motion Detection, Non-Stop Working Everyday of the Year.
Marked Moving Frames in Replay Mode, Quick Locating, Higher Efficiency, Low Consumption.
Optimized File Storage Algorithm massively reduce erase times of the SD card, which can last over 7 years.
CLICK Compression Ratio Algorithm has a 40% higher compression ratio than H.265. It is capable of uploading high-definition videos at resolution of 4 megapixel, with a longer recording time before overwrite.
AI Motion Detection reduces false positive rate.

The system uses low-power processors and image sensors to integrate motion detection, brightness measurement, intelligent light control, and video monitoring, and adopts independent core algorithm, which has the characteristics of ultra-low power consumption, stability and reliability

The system uses low power consumption processors and self-design core algorithms. It is capable of working continuously at ultra-low power
consumption, including <0.3W for Continuous Video Recording Mode (without entering sleep mode) and <0.2W for AI Motion Detection Mode. The system applies perfectly to scenarios which need continuous monitoring, but lack power supply.

The system uses low power consumption processors and self-design core algorithms. It is capable of working continuously at ultra-low power
consumption, including <0.3W for Continuous Video Recording Mode (without entering sleep mode) and <0.2W for AI Motion Detection Mode. The system applies perfectly to scenarios which need continuous monitoring, but lack power supply.