【产品中文介绍】
智慧化道路照明解决方案——自适应经纬时控仪
在城市化进程加速的今天，科学化、智能化的道路照明管理已成为现代城市建设的重要课题。我们自主研发的自适应经纬时控仪，专为道路照明系统设计，通过融合地理定位技术与天文算法，实现"按需照明"的智慧化管控，为城市道路、高速公路、园区景观等场景提供更高效、更节能的照明管理方案。
本产品基于高精度定位模块，可自动识别安装地点的经纬度坐标，结合内置的天文演算系统，每日动态计算当地日出日落时间，并根据季节变化自动生成照明时间表。相比传统定时器，无需人工频繁调整设置，有效避免因昼夜时长变化造成的过早亮灯或延迟关灯现象，使路灯运行与自然光照周期实现精准同步。
设备搭载多重智能调控功能，支持分时段功率调节模式。在交通流量较低的深夜时段，可自动切换为节能运行状态，在保障基础照明需求的前提下，最高可降低35%的电力消耗。通过模块化设计兼容市面主流照明控制系统，可灵活接入单灯控制器或区域集中控制器，满足不同规模的照明网络管理需求。
为确保系统稳定性，产品采用工业级防护设计，工作温度范围覆盖-40℃至+75℃，内置防浪涌保护模块，可有效应对户外复杂环境。通过数据可视化界面，运维人员可实时查看设备运行状态，历史数据追溯功能为照明系统的优化管理提供可靠依据。
【Product Introduction in English】
Intelligent Road Lighting Solution - Adaptive Astronomical Time Controller
In the context of accelerating urbanization, scientific and intelligent road lighting management has become a crucial element in modern city development. Our independently developed Adaptive Astronomical Time Controller, specifically designed for road lighting systems, integrates geolocation technology with astronomical algorithms to achieve "on-demand lighting" control. This innovative solution delivers efficient and energy-saving management for urban roads, highways, and landscape lighting scenarios.
Equipped with high-precision positioning modules, the device automatically identifies installation coordinates and dynamically calculates local sunrise/sunset times through built-in astronomical algorithms. By generating customized lighting schedules that adapt to seasonal variations, it eliminates the need for manual adjustments required by traditional timers, ensuring precise synchronization between streetlight operation and natural light cycles.
The system features multi-level intelligent control, supporting time-based power adjustment. During low-traffic nighttime hours, it automatically switches to energy-saving mode while maintaining essential illumination, potentially reducing electricity consumption by up to 35%. Its modular design ensures compatibility with mainstream lighting control systems, enabling seamless integration with individual lamp controllers or centralized regional control units for scalable network management.
Engineered for reliability, the product adopts industrial-grade protection with an operational temperature range of -40℃ to +75℃. Integrated surge protection modules enhance durability in harsh outdoor environments. Through an intuitive data visualization interface, maintenance personnel can monitor real-time operational status, while historical data tracking functionality provides actionable insights for system optimization.
This solution exemplifies our commitment to sustainable urban development, offering municipalities and facility operators a practical tool to enhance lighting efficiency, reduce energy waste, and improve public infrastructure management. By aligning artificial lighting with natural rhythms, we aim to create safer, smarter, and more environmentally conscious urban spaces.
