This village is characterized by concrete village roads that connect residential areas and farmland. For a long time, this village has lacked stable nighttime lighting. Many road sections lack streetlights, causing inconvenience for villagers' nighttime travel, agricultural transportation, and walking safety. The mountainous terrain is scattered, and some areas lack power supply from the grid; The implementation cost of wired lighting solutions is high.
Considering the winding and twisting nature of rural roads, a wider illumination range is required to eliminate dark areas along the roadside.
At the same time, outdoor environments are characterized by large temperature differences, high levels of dust, and seasonal rainfall; Lighting equipment requires reliable weather resistance.
Solar floodlights have low operating costs, free electricity bills, and minimal maintenance afterwards.

Laying municipal power cables in mountainous villages involves complex terrain, high construction costs, and sustained electricity expenditures. In order to achieve economic and environmentally friendly lighting renovation, the village has chosen our split solar floodlights for comprehensive road deployment.
We have adopted an independent split solar floodlight configuration. The solar panels and floodlights are installed separately, allowing for flexible angle adjustment: the solar panels face the optimal direction of sunlight to maximize power generation efficiency.

All the solar floodlights were transported to the village in batches. The construction personnel efficiently completed the installation of electric poles, solar panels, and lighting fixtures. The split design simplifies handling and assembly, shortens the entire construction period, and has almost no interference with the daily lives of villagers.
The entire village road is brightly lit, and villagers can safely walk and drive agricultural vehicles at night.
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