It can turn on and off automatically and adjust brightness thanks to light and human body sensors. It can be controlled remotely and will sound an alarm if something goes wrong.
It integrates photovoltaic power generation, energy storage, and intelligent lighting, automatically adjusts brightness with light sensing, is energy-efficient and efficient, and is suitable for a variety of outdoor scenes.
| 6-8H | ||||
| Power | Mono Solar Panel | Lithium Battery LifePO4 | Lamp Size | Package Size |
| 30W | 60W | 12.8V24AH | 980*425*60mm | 1090*515*200mm |
| 40W | 60W | 12.8V24AH | 980*425*60mm | 1090*515*200mm |
| 50W | 70W | 12.8V30AH | 980*460*60mm | 1090*550*200mm |
| 60W | 80W | 12.8V30AH | 940*510*60mm | 1020*620*200mm |
| 80W | 110W | 25.6V24AH | 1340*510*60mm | 1435*620*210mm |
| 100W | 120W | 25.6V36AH | 1380*510*60mm | 1480*620*210mm |
| 10H | ||||
| Power | Mono Solar Panel | Lithium Battery LifePO4 | Lamp Size | Package Size |
| 30W | 70W | 12.8V30AH | 980*460*60mm | 1090*550*200mm |
| 40W | 70W | 12.8V30AH | 980*460*60mm | 1090*550*200mm |
| 50W | 80W | 12.8V36AH | 940*510*60mm | 1020*620*200mm |
| 60W | 90W | 12.8V36AH | 1020*510*60mm | 1120*620*200mm |
| 80W | 130W | 25.6V36AH | 1470*510*60mm | 1570*620*210mm |
| 100W | 140W | 25.6V36AH | 1590*510*60mm | 1690*620*210mm |
| 12H | ||||
| Power | Mono Solar Panel | Lithium Battery LifePO4 | Lamp Size | Package Size |
| 30W | 80W | 12.8V36AH | 940*510*60mm | 1020*620*200mm |
| 40W | 80W | 12.8V36AH | 940*510*60mm | 1020*620*200mm |
| 50W | 90W | 12.8V42AH | 1020*510*60mm | 1120*620*200mm |
| 60W | 100W | 12.8V42AH | 1240*510*60mm | 1340*620*210mm |
| 80W | 150W | 25.6V36AH | 1630*510*60mm | 1730*620*210mm |
| 100W | 160W | 25.6V48AH | 1720*510*60mm | 1820*620*210mm |
Highly integrated with solar panels, lithium batteries, LED light sources, and an intelligent controller, eliminating the need for complex wiring during installation and adapting to various scenarios.
Supports light control, time control, and human body sensor linkage, automatically turning on and off according to light intensity. Combined with human body sensors, it achieves "high brightness when people are around, low brightness when they leave," significantly saving energy.
Some models have a remote IoT module that enables remote control and maintenance by enabling real-time monitoring of brightness, power consumption, and faults via a mobile device or platform.
Outfitted with energy storage batteries and high-efficiency photovoltaic modules to guarantee a steady power supply even in overcast or wet conditions.
By automatically adjusting brightness based on vehicle and pedestrian flow, the integrated light control, time control, and human body sensing functions in urban roads and commercial districts balance illumination with energy conservation.
In rural roads and remote villages without power grids, the integrated design eliminates the need for wiring, and remote monitoring allows maintenance personnel to manage the system more easily, lowering maintenance costs.
In scenic trails, wetland parks, and other settings, its intelligent dimming adapts to the surrounding environment, and its integrated design blends in seamlessly with the landscape style.
