Smart city street lighting management software gives you a full command over your entire public lighting infrastructure. Monitor and control each individual street light or group of street lights and entire city lighting points with an open, secure and intuitive smart streetlights dashboard application suite that is remotely accessible through a standard web browser at any time, from anywhere as long as there is internet. Optimization workflow lead to a maximum energy efficiency and flexibility on lighting management.
Brand:
SOWINItem NO.:
CH CC800-A/BOrder(MOQ):
1Product Origin:
ChinaShipping Port:
GUNAG ZHOULead Time:
2 Weeks
“Reference implementation used by international distributors and government road authorities.” by next 2 Videos.
Auto-Adaptive CCT 6000K → 2700K for Fog, Rain & Snow
Real-Time Smart Street Lighting for Safer Urban Roads.
93 km Shenzhen Outer Ring Highway & Tunnel Smart Street Lighting Control System in Live Operation
Urban Lighting Operating System for Smart Cities – Cloud-Based Platform with Lamp-Level Control, PLC & LoRa Networking, and Real-Time Intelligence
Built for highways, tunnels, city roads, parking lots, underpasses, gardens, and large-scale public lighting networks.
A modern intelligent street lighting system typically includes high-efficiency LED luminaires, lamp controllers, motion/ambient sensors, smart cabinets (feeder pillars), and a secure cloud-based web application server.
| Layer | Role |
|---|---|
| Cloud / Web Platform | Central dashboard, Google-map view, schedules/scenes, analytics, alarms, reporting. |
| Feeder Pillar / Cabinet (Segment Control) | Aggregates lamp data, controls groups, monitors grid/door/leakage/outage, synchronizes to platform. |
| Individual Lamp Controller | Lamp-level ON/OFF/dimming, status feedback, electrical parameters, optional sensors (light/temp/humidity/noise/pollution). |
| Sensor Network | Motion + ambient-light detection enables real-time adaptive dimming and safer road lighting. |
Generate daily/monthly/yearly energy consumption and saving reports per cabinet or across the whole city, supporting planning, logs, and smart city energy goals.
| Report | Outcome |
|---|---|
| Cabinet-Level Consumption & Savings | Identify high-consumption segments and optimize dimming schedules. |
| Citywide Energy Overview | Actionable planning for carbon reduction, budgeting, KPI tracking. |
| Maintenance Planning Logs | Evidence-based decisions to cut OPEX and improve uptime. |
Controllers support common dimming interfaces: 1–10V, 0–10V, 0–5V, and PWM. Motion/ambient sensing enables real-time dimming up to 100% when presence is detected.
| Capability | Detail |
|---|---|
| Dimming | On-demand levels, profiles, and schedules for different zones and events. |
| Auto CCT | 2700K–6000K automatic switching for fog/rain/snow; tunnel CCT compensation modes. |
| Comfort + Safety | Higher visibility in harsh weather; improved citizen comfort with warm/neutral tuning. |
(Rules can be customized by road type, zone priority, and local standards.)
Integrate traffic flow, security systems, environment sensors, EV charging, emergency response, weather systems, advertisement billboards, asset management, digital parking lots, and more—managed from one central dashboard.
93 km highway street lighting + tunnel lighting using PLC (power line communication) + LoRa, integrated with motion sensor and ambient sensor networks for maximum energy optimization.
Want a Similar “Government Tender Winning” Pilot Project Package?
Get a complete solution proposal: architecture + BOM + deployment plan + KPI targets + demo workflow.
Q1: What can CC800 platform control?
Single lamp, groups, and citywide lighting points—remote ON/OFF, dimming, scenes, schedules, and feedback monitoring.
Q2: How does it cut maintenance cost?
Real-time alarms on the map + fault localization (lamp failure/outage/door open/leakage, etc.) reduces manual inspection and speeds dispatch.
Q3: Does it work when internet is down?
Yes. The cabinet/controller can operate autonomously using stored light intensity profiles and astronomical calendar logic for weeks.
Q4: Which dimming and adaptive lighting interfaces are supported?
1–10V, 0–10V, 0–5V, and PWM, with motion/ambient sensor-based real-time adaptive dimming.
Q5: Can the system automatically change CCT for harsh weather?
Yes. Auto CCT switching (2700K–6000K) can be triggered by sensor logic for fog/rain/snow and tunnel CCT compensation scenarios.
Get Datasheet + Demo Access
Send your project type (city road / highway / tunnel), quantity, and preferred communication (PLC/LoRa). Our engineers reply with the best topology.
Contact Engineering TeamReplace this block with your existing contact form module. Recommended fields: Project Country/City, Road Type, Quantity, Pole Spacing, Communication Preference (PLC/LoRa), Sensor Options, CCT Requirement, Tender Timeline.
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