山区公路隧道入口照明智能节能控制技术研究

Research on Intelligent Energy-saving Control Technology for Entrance Lighting of Mountain Road Tunnel

现阶段山区公路隧道主要采用档位控制的照明控制系统,其控制智能化程度低,人为因素多,节能效果差。论文基于山区公路隧道入口照明档位控制的特点,开展了智能控制技术研究,提出了入口照明档位智能控制模型的总体架构,包括交通流预测模型、运算控制模型、调光策略与灯具匹配关系、隧道照明环境数据采集、照明输出控制模型等,基于该模型系统,通过隧道现场测试和工程实施,实现了山区公路隧道入口照明档位智能控制,为山区公路隧道照明档位模式下的智能控制提供技术参考。

At present,mountain road tunnels mainly adopt gear control light control system,which has low control intelligence,many human factors and poor energy saving effect.Based on the characteristics of the control of the lighting position of the entrance of the mountain road tunnel,the paper studies the intelligent control technology and proposes the overall structure of the intelligent control model of the entrance lighting position,including the traffic flow prediction model,the operation control model,the dimming strategy and the matching relationship between the lamps.Tunnel lighting environment data acquisition,lighting output control model,etc.Based on the model system,through the tunnel field test and engineering implementation,the intelligent control of the entrance lighting position of the mountain road tunnel is realized,which is the intelligent control of the mountain road tunnel lighting gear mode.Provide technical reference.