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Urban Lighting Operating System for Smart Cities – Cloud-Based Platform with Lamp-Level Control, PLC & LoRa Networking, and Real-Time Intelligence


  • Brand:

    SOWIN
  • Item NO.:

    CH CC800-A/B
  • Order(MOQ):

    1
  • Product Origin:

    China
  • Shipping Port:

    GUNAG ZHOU
  • Lead Time:

    2 Weeks

Smart LED = Demand-Based Lighting (Not Just Scheduled Dimming)

Schedule sets the baseline. Motion-sensor & traffic-aware control delivers safety-first 100% when needed and ultra-low power when roads are empty.

Scheduled Dimming → predictable baseline energy Motion Sensor Safety Mode → 10–20% no-vehicle, 100% on detection Proven Since 2015 → large deployments on highways & tunnel lighting

1) One-Glance Time-Bar Schedule (Baseline) + Auto EFLH

18:30–19:00
Dimming window
50%
19:00–22:00
Peak activity
100%
22:00–24:00
Late evening
50%
00:01–05:00
Low traffic
20%
05:00–06:00
Pre-dawn
30%
Baseline schedule (fixed by time) Motion sensor adds “100% on-demand” spikes for safety
EFLH = Equivalent Full-Load Hours (same-night “full power hours”). This schedule baseline yields about EFLH (auto-calculated).

2) Motion Sensor Board — Safety Mode (10–20%) & Instant 100% on Detection

This is where Smart LED becomes demand-based lighting: not just “time-based dimming”. When the road is empty, lights run at ultra-low power (10–20%) to preserve visibility and security. Once a vehicle/pedestrian is detected, the system boosts to 100% for safety (commonly used on highways and tunnel lighting since 2015).

No-vehicle safety mode10–20%

Keeps baseline visibility, reduces glare, minimizes power draw in empty roads.

Detected vehicle100%

Instant boost for safe driving distance—especially critical in tunnels and high-speed corridors.

Traffic during 00:01–05:00 (vehicle minutes per hour)

Simple model: during 00:01–05:00, baseline is 20%. If traffic exists, system boosts to 100% for detected minutes. This calculates an average dimming level for that segment to estimate EFLH & energy.

3) Two Sliders (with arrows) + Auto Savings Report

Traditional HPS (Fixed 100% for 12h)
250 W

HPS typically runs full-output all night (no dimming). We normalize it to 12 hours.

Smart LED (100% power reference)
120 W

LED watt here is the 100% brightness reference. Actual nightly energy is computed by EFLH.

Baseline EFLH (Schedule only)

Equivalent full-load hours from the time schedule.

EFLH with Motion Sensor (00:01–05:00 averaged)

Adds “100% on detection” spikes (safety-first).

Nightly Energy (Smart LED)

Computed from LED watts × EFLH.

Nightly Energy (HPS fixed 12h)

Computed from HPS watts × 12 hours.

Energy Saving vs HPS (Schedule only)

Pure time-based dimming impact.

Energy Saving vs HPS (Schedule + Motion)

Safety spikes may slightly reduce savings—but improves safety and compliance.

Executive takeaway: HPS is “fixed-output lighting”. Smart LED is “demand-based lighting”—baseline dimming by schedule, and instant 100% only when traffic exists.

Note: this module intentionally does not include 600W in the ROI table to keep the page clean and decision-friendly (per your requirement).

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