Solar street lights installed on roads of varying widths
Solar street lights installed on roads of varying widths
A client from Mexico, a South American country, is a construction engineering company. His project involved LED lighting solutions for public lighting, requiring our company to provide solar streetl ights for installation on roads of varying widths with an average luminance coefficient (Qo) of 0.07.
Therefore, we provided him with our all-in-one solar street lights from the Q series: Q80W and Q100W, for installation on 7-meter-wide roads, 8-meter-wide roads, and a two-way four-lane road with a central median.
We offered him our core competitive advantage: an integrated die-cast aluminum alloy housing, using monocrystalline high-efficiency solar panels, lithium iron phosphate batteries, and an MPPT controller.
Road characteristics | All in one solar Street light installation diagram |
Type of road | Road conditions | All in one solar street light | Actual illuminated photo |
M5 Y M4 | A vehicular roadway, 7 m wide (2 lanes of 3.5 m each), 2 sidewalks of 1 m each. Class R3 pavement, with an average luminance coefficient Qo of 0.07. Single-sided installation 
Recommended model Q80W | 
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M3 | A vehicular roadway, 8 m wide (2 lanes of 4 m each), 2 sidewalks of 1.5 m each. Class R3 pavement, with an average luminance coefficient Qo of 0.07. Single-sided installation Recommended model Q80W | 
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M3-M5 |
M2-M3 | One vehicular roadway on each side, with a width of 8 m (2 lanes of 4 m each), 2 sidewalks of 1.5 m each and a central median of 1 m. Class R3 pavement, with an average luminance coefficient Qo of 0.07. Central median installation Recommended model Q80W | 
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M1-M2 | One roadway per side, with a width of 12 m (3 lanes of 4 m each), 2 sidewalks of 1.5 m each and a central median of 2 m. Class R3 pavement, with an average luminance coefficient Qo of 0.07. Central median installation Recommended model Q100W | 
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