80W Split SolarStreet Light 9M

A 9-meter pole is typically optimal for two-lane collector roads, industrial access routes, and municipal streets with road widths of 6-10 meters. For narrower residential roads, 6-7m poles may suffice; for four-lane arterials and highways, 10-12m poles are recommended. The correct height depends on road width, required lux level, and pole spacing. Our engineering team provides a free DIALux simulation that maps the exact lux distribution for your specific road geometry — ensuring you select the right pole height, not an approximation.

The split architecture allows the solar panel to face the optimal direction independently of the road. Consider a road running east-west: with an all-in-one fixture, the panel faces the same direction as the luminaire (north or south), losing significant energy. With a split system, the panel is mounted on an adjustable bracket pointing true south (Northern Hemisphere) at the ideal tilt angle — recovering 20-40% of annual energy yield. The separate battery box also enables easier future replacement without touching the luminaire or panel.

Yes — this is a standard deliverable included with every project proposal. Provide your road cross-section (width, lane count, median), pole spacing plan, and target lux level (e.g., M3 class = 1.0 cd/m² average luminance). Our team generates a full DIALux report with pseudo-color lux maps, uniformity ratios (U0/U1), and glare ratings — typically returned within 2-3 business days. This ensures the selected configuration meets your local road lighting standards before you place an order.