Solutions
Tailored smart lighting solutions for every environment — urban roads, industrial parks, tunnels, and parking lots.
Urban Road Lighting
A new-generation smart lighting solution for urban roads, leveraging IoT node controllers and a cloud management platform to eliminate the rigid all-night-full-brightness model. The system integrates traffic flow detectors, ambient light sensors, and temperature/humidity sensors to collect real-time data on road brightness, vehicle/pedestrian density, and weather conditions 24/7, enabling millisecond-level adaptive dimming. During low-traffic late-night hours, luminaires automatically reduce power; during rush hours, rain, fog, or haze, brightness intelligently boosts to compensate. Comprehensive energy savings solidly exceed 60%. The platform supports zoned remote control, proactive luminaire fault alerts, energy consumption ledger statistics, and scheduled scene presets — balancing road safety with convenient municipal O&M. Suitable for municipal arterial roads, ring roads, and township road networks, it lays the energy-saving foundation for smart city infrastructure.
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Industrial Park Lighting
A centralized intelligent lighting management solution purpose-built for factory workshops, warehouse zones, and park arterial roads — solving the perennial pain points of scattered luminaires, high day-night energy consumption, and cumbersome inspection rounds. The system uses RS485 intelligent networking with unified back-end zoned scheduling of all lighting equipment across workshops, outdoor roads, parking lots, and storage areas. Equipped with PIR infrared and motion-sensing linkage, luminaires automatically drop to low-power standby when workstations are unoccupied and instantly restore rated brightness when personnel enter; outdoor roads auto switch on/off based on daylight levels. The back end automatically generates monthly energy reports, luminaire fault locations, and on/off log data — eliminating manual lamp-by-lamp inspection for damaged fixtures. Compatible with three-shift production schedules, it supports customizable lighting scenes for workdays, holidays, and night shifts, dramatically reducing electricity costs and manual O&M expenses while meeting the high-standard lighting requirements of industrial production.
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Tunnel Lighting
Safety-critical tunnel lighting control with redundancy. Automatic brightness adjustment for entrance/exit zones. 24/7 reliability.
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Parking Lot Lighting
A vehicle-and-pedestrian sensing energy-saving lighting solution designed for underground garages and open-air public parking lots, built around dual-trigger dimming logic combining vehicle radar sensing and human presence detection. When a vehicle enters the sensing zone, the corresponding lane and parking bay luminaires instantly go to full-power high brightness, ensuring clear visibility for driving and reversing. When the vehicle departs and the bay remains unoccupied, lights automatically drop to 20% low-power standby — eliminating the waste of round-the-clock full brightness. The system can link with access control and barrier gate signals, preset base brightness during peak commute hours, and auto-adjust brightness when underground daylight is insufficient on rainy days. The cloud back end provides per-luminaire energy consumption, fault alerts, and human/vehicle trigger records, enabling one-click fault location for O&M. Balancing parking safety with精细化 energy saving, it's perfectly suited for commercial malls, office buildings, residential communities, and factory parking facilities — delivering long-term lighting electricity savings and an optimized underground space experience.
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Raspberry Pi Tunnel Dimming
This Raspberry Pi CM4-based tunnel intelligent dimming solution carries on-board edge computing power, enabling stable autonomous operation without cloud dependency — suitable for highway tunnels of all lengths, municipal mountain-crossing tunnels, and various traffic scenarios. The system integrates multi-type sensors for ambient light, traffic flow, outdoor temperature/humidity, and fog density to precisely capture entrance/exit brightness落差, traffic density, and weather changes, then fully automatically adapts luminaire brightness and color temperature parameters — solving the traffic safety hazards of visual glare and dark adaptation at tunnel entrances and exits. Paired with open-source visualization management software, operators can centrally monitor all luminaire operating status, switch circuits, and power loads from a PC or tablet, with independent control for substations, vehicle lanes, and pedestrian walkways, plus automatic fault pop-up alerts. Combining the advantages of localized operational stability, affordable deployment costs, and flexible commissioning, this solution has been proven reliable and deployed in multiple highway tunnel projects nationwide — safeguarding traffic safety while delivering long-term reductions in tunnel lighting electricity costs.
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Workshop LoRa Mesh Dimming
A LoRa mesh wireless networking intelligent dimming solution purpose-built for factory production workshops and warehouse storage facilities. Leveraging a self-organizing mesh communication architecture where nodes relay signals among themselves, it彻底 eliminates the common pitfalls of traditional single-wire cabling — broken circuits and poor signal penetration through factory steel structures — delivering significantly improved communication stability. Devices are equipped with ambient light collection modules and PIR motion sensors, automatically adjusting luminaire brightness based on indoor natural light levels and workstation occupancy: high brightness when personnel are working to meet production lighting standards, low-power standby during unoccupied periods. The back-end management platform enables centralized scheduling of all factory lighting, supports zoned workshop and assembly-line workstation custom lighting scene modes, and automatically collects daily and monthly electricity data to generate energy consumption statistical analysis reports — precisely pinpointing high-consumption areas and faulty luminaires. Eliminating complex wiring construction, it's perfectly suited for large connected industrial park facilities, balancing essential industrial production lighting requirements with精细化 energy-saving O&M needs.
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