AI-Powered Smart Lighting
Leveraging AI-driven sensing and adaptive dimming, our smart lighting solution delivers over 80% energy savings—reducing costs, cutting carbon, and boosting efficiency for property operations.
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Solution Value
Addressing the key pain points in property operations—high lighting energy consumption, difficult management, and poor user experience—we deeply integrate "AI + IoT" technologies to deliver a full-stack smart lighting solution from perception to control. We act not only as the property's "sensory nervous system," using high-precision human/vehicle detection to trigger lighting on demand, but also as its "intelligent command center"—leveraging proprietary chips and a cloud platform to dynamically adjust lighting strategies and achieve granular energy management. The result is the dual optimization of energy savings and user experience.
Core Modules
Smart Sensing Lighting System
Built-in microwave radar and Bluetooth Mesh modules enable human/vehicle dynamic following lighting, support 1%-100% stepless dimming, with millisecond-level trigger response.
AI Energy-Saving Strategy Platform
A cloud platform integrating energy monitoring, strategy configuration, and fault alerts, supporting zone/group management and remote parameter adjustment.
Carbon Emission Tracking Dashboard
Real-time tracking of energy-saving rates and carbon reduction, with visualized energy data to support green operation decisions.
Multi-Function Hardware Product Matrix
Covers full-scenario products including constant‑light tubes, sensor tubes, parking detection tubes, supporting direct replacement installation.
Dual-Mode Networking Solution
Offers both Bluetooth wireless (QLM‑MLINK) and power‑line carrier (QLM‑PLINK) networking modes to adapt to different scenario requirements.
Overall Architecture
Each luminaire integrates an intelligent module that combines sensing, communication, and computing capabilities—enabling smart lighting control, data collection, dimming/tuning, and data analytics. We offer two fully self‑developed module platforms: the wireless Bluetooth QLM‑MLINK and the power‑line carrier QLM‑PLINK. Both support large‑scale networking, are designed specifically for lighting, and feature simple configuration and reliable operation—significantly enhancing lighting experience while drastically reducing energy consumption.
Wireless Bluetooth QLM‑MLINK Module
Enables Bluetooth Mesh auto‑networking, allowing intelligent management of luminaire energy consumption and brightness via APP/gateway controllers. Supports presence‑based dimming from 1% to 100% brightness.
Power‑Line Carrier QLM‑PLINK Module
Enables PLC auto‑networking, allowing intelligent management of luminaire energy consumption and brightness via gateway controllers. Supports presence‑based dimming from 0.9% to 100% brightness.
Key Advantages
High Luminous Efficacy
Utilizes a multi‑alloy ultra‑high‑efficiency LED chip formula and high‑temperature‑resistant ceramic substrate, achieving luminous efficacy above 220 lm/W.
On‑Chip Computing Power
Equipped with self‑developed chip‑level computing, enabling IoT connectivity and giving each luminaire the ability to learn and adapt.
Self‑Developed Power Management System
Features an in‑house power management system that drives with ultra‑low current, delivering power supply efficiency >95% and a PF value ≈0.997.
Smart Following & Dynamic Brightness Adjustment
Combines platform strategy, human/vehicle detection, and neighbor‑group notification to proactively raise luminaire brightness to 100% tens of meters ahead (configurable), keeping the path illuminated. After passage, brightness behind is reduced to 10%, saving energy without compromising user experience.
Quantified Benefits
Energy-saving Comparison: 1,000 Conventional LED Tubes vs. FundeAI Tubes
(Based on a comprehensive electricity rate of ¥0.8/kWh; saving 1 kWh reduces CO₂ emissions by 0.997 kg)
Upgrading to 1,000 FundeAI Energy‑Saving Tubes
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Monthly savings: ¥6,912
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Annual savings: ¥82,944
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Annual CO₂ reduction: 96 kg
Upgrading to 1,000 FundeAI Smart Tubes
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Monthly savings: ¥8,640
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Annual savings: ¥103,680
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Annual CO₂ reduction: 2 kg
Application Scenarios
- Underground Parking Lot
Replaced traditional tubes with smart sensor tubes in a property’s underground parking facility. Using “lights‑on‑before‑arrival” technology, 8% energy savings were achieved. - Subway Lighting
Upgraded existing luminaires in a city subway project with time‑based dimming strategies, delivering 3% energy efficiency without visual discomfort. - Industrial Setting
Replaced 1000‑W mining lamps in a coal mine with high‑efficiency luminaires and intelligent dimming, achieving 5% energy savings while enhancing onsite safety. - Road Lighting
Swapped 50‑W street‑light modules with self‑developed luminaires in a municipal system, reaching 5% energy efficiency.
