Sensors, wireless communication modules, and cloud platforms are linked together through IoT technology to achieve intelligent management and multi-functional expansion.
| Product model | Combatant-A | Combatant-B | Combatant-C | Combatant-D | Combatant-E |
| Rated power | 40W | 50W-60W | 60W-70W | 80W | 100W |
| System voltage | 12V | 12V | 12V | 12V | 12V |
| Lithium battery(LiFePO4) | 12.8V/18AH | 12.8V/24AH | 12.8V/30AH | 12.8V/36AH | 12.8V/42AH |
| Solar panel | 18V/40W | 18V/50W | 18V/60W | 18V/80W | 18V/100W |
| Light source type | Bat wing for light | ||||
| luminous efficiency | 170Lm/W | ||||
| LEDlife | 5000OH | ||||
| CRI | CRI70/CRI80 | ||||
| CCT | 2200K-6500K | ||||
| IP | IP66 | ||||
| IK | IK09 | ||||
| Working Environment | -20°C~45℃.20%~90%RH | ||||
| Storage Temperature | -20℃~60°C.10%~90%RH | ||||
| Lamp body material | Aluminum de-casting | ||||
| Lens Material | PC Lens PC | ||||
| Charge Time | 6 Hours | ||||
| Working Time | 2-3Days (Auto Control) | ||||
| Installation height | 4-5m | 5-6m | 6-7m | 7-8m | 8-10m |
| Luminaire N.W | /kg | /kg | /kg | /kg | /kg |
They combine high-efficiency photovoltaic modules, large-capacity energy storage batteries, and LED light sources, giving them the basic characteristics of solar streetlights: no reliance on mains power and energy conservation.
With an IoT module, they support remote cloud management, allowing for real-time monitoring of brightness, power consumption, and device status, as well as remote adjustment of on/off switching and brightness modes.
They incorporate intelligent linkage functions that combine light control, time control, and human body sensing to achieve "on-demand lighting," resulting in significant energy savings.
They support automatic fault alarms, which enable maintenance personnel to accurately locate and repair faults while lowering maintenance costs.
Cloud platforms can batch adjust brightness and monitor status on urban main and secondary roads, resulting in dynamic lighting in conjunction with traffic flow sensors and lowering municipal energy consumption.
In rural and remote mountainous regions without power grids, rapid deployment is possible without wiring, and remote operation and maintenance eliminate the need for manual inspection.
In scenic areas and cultural tourism towns, intelligent dimming can complement the landscape atmosphere, and the integrated design blends in.
In industrial settings such as factories and logistics parks, automatic fault alarm functions ensure stable lighting and adapt to changing operating conditions.
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