Research On The Lighting Control System Of High-altitude Tunnels In Mountainous Areas Of Yunnan Province

Energy saving,consumption reducing as well as the safe driving in the process of high-altitude tunnel operation,has been drawing more and more attention from the government and the people from all walks of life.With the continuous construction and operation of highway tunnel,the security concerns and energy saving and emission reduction problem has become the current main problems that restrict the safe and sustainable development of the green tunnel operation and management in our country,bringing greater challenges to the safe driving and energy saving operation management of high altitude highway tunnel.This article analyzes the organizational structure,previous business processes,exsiting problems and defects,as well as the current research and application of Yunnan highway tunnel lighting control system,and also introduces the direction,background,significance of this "Yunnan driveway tunnel lighting control system" research which clearly describes the main content and work of this thesis and provides a set of business processes of Yunnan road tunnel lighting control system.With detailed analysis of the data dictionary and data flow,this article defines business requirements and main functionalities of Yunnan road tunnel lighting control system,clarifies the functional framework,system topology,consumption reduction model and the systematic function module of tunnel lighting system.This article introduces the automatic control technology of high altitude tunnel lighting system,and optimizes the tunnel lighting automatic control technology,effectively facilitate the conduct of Yunnan highway tunnel energy-saving and emission-reduction;increase tunnel safety performance,reduce accident rate and operation costs,and prevent tunnel energy wastes,and ultimately achieve a win-win situation for tunnel traffic safety and cost saving,creating better economic benefit,environmental benefit and social benefit,and provide an important reference for domestic highway tunnel lighting system design and operation management.