For diversified municipal scenarios such as urban roads, public buildings, municipal squares, tunnels, and landscape lighting, Huiye Da has launched a comprehensive power system solution of "smart municipal, green energy saving, safe and reliable".
For diversified municipal scenarios such as urban roads, public buildings, municipal squares, tunnel passages, and landscape lighting, Huiyeda has launched a comprehensive power system solution of "smart municipal, green energy saving, safe and reliable", deeply integrating intelligent lighting power systems and municipal smart management platforms, building an integrated ecology of "perception-control-management-service", and systematically solving the core pain points of municipal projects such as high energy consumption, difficult maintenance, weak safety, and scattered management, so as to help city managers achieve fine operation and green and low-carbon transformation.
Pain points of municipal traditional lighting projects
Pain point challenges | Specific questions |
High energy consumption | The traditional lighting system lacks dynamic adjustment ability, and has been in the state of "full light" or "all-night light" for a long time, resulting in serious waste of electricity and heavy municipal electricity bills. |
Difficult to maintain | Street lamps and tunnel lights are widely distributed and numerous, and the fault detection lags behind, relying on manual inspection, resulting in low operation and maintenance efficiency and long response cycle |
Weak security | Tunnel lighting has no adaptive dimming, and there is a "black hole/white hole" effect at the moment of entry and exit, which affects driving safety; Landscape lighting lacks a real-time fault warning mechanism. |
Management scattered | Lighting, monitoring, communication and other systems operate independently, and data islands cannot achieve unified monitoring and collaborative scheduling |
High cost | The outdoor environment is complex (humidity, wind and sand, thunderstorms, salt spray), the failure rate of ordinary power equipment is high, and the maintenance cost remains high. |
Solution
| System type | System Overview | System functions | System features: | Role value |
Smart lighting power system | The intelligent lighting power system solution is a set of "source-grid-load-intelligence" integrated digital lighting management system that deeply integrates power electronics, Internet of Things and data analysis technology. The solution takes intelligent and highly reliable lighting power supply as the core of perception and control, and realizes the deep integration of power supply management, condition monitoring and policy control of global lighting equipment by building a multi-modal converged communication network and a cloud-edge collaborative computing platform. The system not only completes the hardware upgrade from "traditional power supply" to "adjustable, controllable and measurable digital power supply", but also realizes the paradigm shift of lighting business from "empirical operation and maintenance" to "intelligent operation" through data-driven, providing safe, energy-saving, efficient and sustainable evolution of the overall value delivery of the smart light environment for various scenarios. | • Intelligent dimming control • Remote centralized monitoring • Automatic warning of faults • Strategic operation management • Energy efficiency data analysis • System linkage expansion | • Manchester coded dimming, 0-100% stepless adjustment • The overall energy efficiency of the system ≥ 95%, and the comprehensive energy saving is 40%-70% • Support multiple scenario modes such as normal operation, shutdown, and fire protection • Illuminance sensor linkage for on-demand lighting • Seamless integration with BAS/ISCS for remote centralized monitoring | • Comprehensive energy saving of 40%-70%, greatly reducing municipal electricity expenditure • Remote monitoring reduces manual inspections and reduces operation and maintenance costs by more than 50% • Tunnel adaptive dimming eliminates the "black hole/white hole" effect and ensures driving safety • Automatic early warning of faults to avoid safety accidents caused by lighting blind spots. • One screen to control the city's lighting equipment and empower the city's refined management. • Create smart municipal benchmark projects to improve the city's image and public service level |
Project Cases
Address： Building C, Haixinguang High-tech Industrial Park, at the intersection of Fengxin Road and Zhenmei Avenue, Guangming New District, Shenzhen City
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