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Solar lighthouses can be classified according to their use scenarios, power, structural design and other factors. The following are some common classification methods:

1.  Classify by usage scenario:

?  Construction lighthouse: used for lighting temporary places such as construction sites and road construction sites.

?  Traffic management lighthouse: used for the lighting of traffic management scenes such as traffic accident sites and temporary traffic control points.

?  Emergency rescue lighthouse: used for emergency lighting such as natural disaster rescue and accident scene rescue.

2.  Classification by power:

?  Low-power solar lighthouses: usually used for a small range of lighting needs such as outdoor activities, camping, and field exploration.

?  Medium-power solar lighthouse: suitable for medium-sized lighting needs such as construction sites and traffic accident sites.

?  High-power solar lighthouses: commonly used in night construction, large-scale event sites and other occasions that require a wide range of lighting.

3.  Classification by structural design:

?  Fixed solar lighthouse: installed on a fixed base with high stability, usually used for long-term lighting needs.

?  Mobile solar lighthouse: It has a mobile structure such as wheels or support frames, which is convenient for flexible handling and use, and is suitable for temporary lighting needs.

4.  Classify according to the layout of lamps:

?  Single lamp head solar lighthouse: there is only one lamp head, and the lighting range is relatively small.

?  Multi-light solar lighthouse: It has multiple lamp heads, which can provide a wider range of lighting.

5.  Classification by energy reserves:

?  Single-energy solar lighthouse: powered by solar rechargeable batteries only.

?  Hybrid energy solar lighthouse: combine with other energy sources, such as wind energy, power grid, etc., to increase energy reserves and ensure continuous power supply.

These classification methods can be combined and subdivided according to actual needs to meet the lighting needs of different scenarios and uses.