Smart Lighting for Warehouses & Outdoor Logistics Hubs
Intelligent lighting solutions for the high-speed world of global distribution
Logistics hubs are the vital nerves of global trade, operating under strict 24/7 schedules. Managing lighting across vast loading docks, trailer yards, and storage zones presents a significant challenge. Constant high-intensity lighting leads to excessive energy costs, while poor visibility in transition zones increases the risk of accidents.
TVILIGHT transforms logistics lighting into a responsive, data-driven utility. Our solutions allow hub operators to synchronise illumination with real-time arrival and departure schedules, ensuring light is always exactly where the work is happening. By bridging the gap between safety and efficiency, we maximise both worker protection and operational throughput.
Responsive Lighting
Adaptable illumination that synchronises safety with operational speed.
- Zone-sync safety. Group lights by specific area. When activity is detected, the lighting in that zone instantly boosts to 100% and dims once the area is clear.
- Precision visibility. Deliver consistent lux levels throughout the entire logistics yard, ensuring even the most remote trailer rows are clearly illuminated for safe inventory checks.
- Glare-free navigation. Fine-tune light levels on access roads to reduce harsh glare, aiding truck drivers during difficult reversing manoeuvres at night.
- Weather responsive profiles. Automatically boost brightness during heavy rain or fog to ensure ground crews can continue working safely regardless of environmental conditions.
One Platform for the Whole Yard
Manage loading bays, trailer yards, and transit zones from a single screen.
- Unified logistics dashboard. Monitor and manage your entire logistics network, from last-mile distribution centers to massive regional hubs, through one central interface.
- Real-time fault detection. Receive instant alerts for lamp failures in high-risk zones, critical for maintaining safety standards and reducing liability.
- Mobile operational control. Empower site supervisors with a dedicated app to instantly override schedules for unscheduled inventory checks or emergency repairs.
- Traffic heatmaps. Use occupancy data to visualise the movement of vehicles and staff, identifying bottlenecks to optimise the layout of various zones.
Built for Logistics Environments
Solutions designed for heavy-duty reliability and high-speed operations.
- Exceptional resilience. Hardware is engineered to withstand the heavy vibrations, dust, and electromagnetic interference common in heavy logistics environments.
- 3-level fail-safe. In the unlikely event of a system error, lamps return to 100% brightness automatically to ensure operations never stop in the dark.
- Operational shift profiles. Program lighting levels to match peak shift times, automatically dimming the yard during scheduled breaks to achieve immediate energy savings.
- Dynamic sequencing. Create responsive transit corridors where lighting “wakes up” ahead of a moving truck and dims behind it for maximum efficiency.
Open and Future-Ready
A standardised foundation that integrates with existing and new logistics infrastructure.
- Any luminaire, any generation: Works with Zhaga Book 18 (D4i), NEMA 7-Pin and 5-Pin, DALI DT6 / DT7 / DT8 and 0–10V / 1–10V — from modern high-masts to simple LED fixtures.
- Open standards: TALQ-certified and uCIFI-aligned with a full Open API. Data sharing is effortless with existing Warehouse Management Systems (WMS), security protocols or other systems.
- Hybrid connectivity. Support for both self-healing RF mesh and Cellular networks provides the flexibility to cover dense loading docks or isolated remote yards.
- Smart hub foundation. Every lighting pole can host air quality sensors, traffic counters, and IoT-driven asset trackers to further optimise hub efficiency.
Solutions
Client: Amazon
Solutions: SkyLite RF, SkyLite Prime, CityManager
Client: Symmetry Park Kettering Management Company Ltd.
Solutions: CitySense Plus, SkyLite Prime, CityManager