摘要
通过分析标准的交通隧道照明亮度曲线,得出隧道灯光亮度分段式控制模型和控制参数.提出了交通隧道LED照明智能控制系统方案.使用传感器实时检测隧道外部亮度、车流量和车速数据,生成隧道各分段灯光亮度控制数据,隧道内部数据通过ZigBee模块无线传输,并仿真分析了隧道灯光系统的能量损耗范围.研究结果表明,按需实时调整隧道灯光亮度,能有效降低隧道耗电能量.
The paper gets the tunnel lighting brightness sectional control model and control parameters through the analysis of traffic tunnel lighting brightness of standard curve. It proposed the traffic tunnel LED lighting intelligent control system solutions, which calculated the tunnel lighting brightness of each segment according to the real-time detection of tunnel brightness, vehicle flow and vehicle speed data and controlled the lighting. The data inside the tunnel uses wireless communication of ZigBee module to get transferred. The energy loss of the tunnel lighting system is simulated and analyzed. The results showed that the on-demand real-time adjustment of tunnel lighting levels could effectively reduce tunnel＇s consuming energy.
出处
《韶关学院学报》
2017年第6期32-35,共4页
Journal of Shaoguan University
基金
广东省教育厅科技创新项目(2013KJCX0169)
韶关市科技计划项目(2013CX/K55)
韶关学院教育教学改革重点项目(SYJY20141504)
关键词
隧道灯
智能控制
亮度曲线
能量损耗
tunnel lighting
intelligent control
brightness curve
energy loss
