Features & Highlights

Wireless Mesh Networking – No Wiring Required
Plug-and-Play Delivery – Ready to Use Upon Installation
Smart Sensing for Seamless Energy Savings – Over 80% Energy Reduction
Infrared Presence Detection – Resistant to Strong Environmental Interference
Patented End Cap Design – High Sensitivity for People and Vehicles
No Distance Limit Between Fixtures – Sensors Do Not Interfere with Each Other
Stable Wireless Network – Supports Up to 65,335 Nodes
Single Gateway Manages Over 1,000 Luminaires
Zone & Group Control, Self-Learning, and Cloud Integration in One
High Luminous Efficacy – Less Than 5% Lumen Depreciation in 5 Years, 10-Year Lifespan
Made of Synthetic Jade Stone – Safe (Non-Conductive), Excellent Heat Dissipation, High Light Transmittance, Flame-Retardant, No Yellowing or Brittleness Over Time

Application Scenarios

Parking Garage

Public Corridor

Logistics Warehouse

Underground Utility Tunnel

Public Area

Office

Product Specifications

Luminaire	Specification
Input Voltage	180V–265V
Power	16W
Dimming Range	0–100%
Luminous Efficacy	≥120 lm/W
Color Rendering Index (CRI)	≥80
Housing Material	Synthetic Jade Stone
Dimensions	T8, 1200mm
Color Temperature	6000K–6500K
Wireless Frequency Band	2.4GHz
Networking Method & Capacity	Wireless Mesh Network, Supports Up to 65,335 Nodes
Control Protocol	Pinchuang WSN Control Protocol
Dimming Protocol	PWM
Communication Range	Over 30m in Line of Sight, Penetrates One Wall
Sensor Type	Infrared Sensing
Nodes Managed per Gateway	Over 1,000 Luminaires

Product Description

Seamless Energy Savings, Ultimate Experience

Each luminaire detects people or vehicles and automatically illuminates the area 30–50 meters ahead (adjustable distance). Lights enter sleep mode after occupants leave, enabling dynamic lighting that follows movement—delivering both user comfort and maximum energy efficiency.

Pushing Energy Efficiency to the Limit

Building on high-efficiency light sources, intelligent control technology achieves energy savings of over 85% in public spaces and parking areas, with some zones reaching over 90%—maximizing sustainability.

Long-Life Tube

High-quality dimmable drivers and intelligent control keep drivers and LEDs operating at optimal temperatures, extending lifespan by 3x compared to standard LED tubes—up to 10 years. The synthetic jade stone housing resists yellowing and brittleness for over 20 years with excellent heat dissipation.

High-Safety Tube

Made from non-conductive synthetic jade stone, it eliminates electrical leakage risks compared to aluminum-bodied tubes. Unlike PVC, it has superior fire resistance and produces no toxic fumes during combustion.

Hassle-Free Deployment

Infrared sensing excels in resisting environmental interference. Unlike other sensors, it avoids false triggers caused by vibration, wind-induced movement, proximity to metal, AC power noise, or wireless signals (3G/WiFi). Installation spacing is flexible—closer placement increases sensitivity.

High-Sensitivity Detection

Advanced optical design enables detection up to 5 meters mounting height. Digital intelligent imaging algorithms allow adjustable sensing range and sensitivity.

Withstands Extreme Heat

Proven in over 10,000 underground parking garages nationwide, this technology performed reliably during the record-breaking summer heat of 2022.

High-Efficiency Tube

Using identical LED chips and luminous efficacy, the ultra-high light transmittance of synthetic jade stone outperforms PC materials, delivering higher brightness at the same power level.

AI Intelligence

Powered by our proprietary AI neural network addressing algorithm, luminaires wirelessly interconnect and collectively sense human/vehicle density. The system self-adapts and self-organizes, enabling breathing-like lighting transitions—optimizing the balance between user experience and energy savings.

Zero-Configuration Deployment

Multiple delivery options available: true plug-and-play (auto-networking on power-up), customizable by end-users. Luminaires connect to the cloud automatically—once the gateway is installed, it scans and uploads all devices.

Massive Scalability

Each gateway supports over 1,000 luminaires on the cloud. Each network supports over 60,000 nodes.

Superior Wireless Interference Resistance

In complex wireless environments, commercial lighting demands absolute reliability. Our Pinchuang Smart Wireless Communication Technology has been field-tested in metro systems with over 100,000 daily passengers for 8 years—world-class anti-interference performance.

Cloud Management

Enables time-based control, remote management, energy consumption analytics, fault alerts, people/vehicle distribution data collection, project management, multi-user access, graphical interface, and indoor positioning. Cloud integration enhances both energy savings and intelligence. (Cloud connectivity is optional—can be added later.)

Comparison of Sensor Technologies

Type / Parameter	Sensitivity	Detection Range	Environmental Impact	Human Safety	Interference Resistance	Installation Spacing	Energy Savings
Standard Infrared Sensor	Analog output, weak	Short	Affected by temperature	Safe – Passive detection, no radiation emitted	No false triggers	No restrictions – denser is better	No false triggers, high
Smart Infrared Sensor	Digital output with intelligent algorithm, strong (comparable to radar)	Up to 6–8m diameter at 3m mounting height – sufficient coverage	Wireless mesh networking enables Linkage (inter-device coordination); detection range not limited by single-unit specs	Safe – Passive detection, no radiation emitted	No false triggers	No restrictions – denser is better	No false triggers, high
5.8GHz Radar Sensor	Excellent	Up to 8–12m diameter at 3m mounting height	High environmental requirements – avoid metal-rich areas	Unsafe – Emits radio waves, potential radiation	Prone to false triggers from vibration, 5G/WiFi, wind-induced movement, HVAC noise, power fluctuations	Cannot be too close – causes false triggers and reduced range	False triggers reduce efficiency
10.2GHz Radar Sensor	Excellent	Up to 8–10m diameter at 3m mounting height	High environmental requirements – avoid metal-rich areas	Unsafe – Emits radio waves, potential radiation	Prone to false triggers from vibration, 5G/WiFi, wind-induced movement, HVAC noise	Cannot be too close – causes false triggers and reduced range	False triggers reduce efficiency

Energy Savings Comparison vs. 36W Constant-On Fluorescent (Parking Garage Scenario)

Comparison	AI Infrared IoT Tube	Single Radar Fixture	Standard Constant-On LED	Standard Networked Radar Fixture
Energy Savings	Over 90%	40–70%	40–50%	70–80%

AI-Powered Infrared IoT LED Tube