智能照明控制系统在电力电缆隧道中应用的可行性研究

Feasibility of Intelligent Lighting Control System in Power Cables Tunnel

本文是以北京大兴国际机场临空经济区廊坊片区某条电力电缆隧道工程设计为基础,为了验证智能照明控制系统在电力电缆隧道中应用的可行性,首先,分析了传统照明设计方案及其缺点,然后,介绍了智能照明控制系统的组成及其控制功能,并与传统照明设计进行了对比分析。分析表明,在电力电缆隧道中采用智能照明控制系统代替传统照明的设计方案是可行的,并在经济效益、节能环保、检修效率和统一管理等方面具有一定的优势。

Based on the design of power cable tunnel in the Langfang Airport Economic Zone of Beijing Daxing International Airport, this thesis aims to verify the feasibility of applying intelligent lighting control system in the power cable tunnel. Firstly, it analyzes the disadvantages of traditional lighting design, and then it introduces the components and control function of intelligent lighting control system and it compares the design with traditional lighting. The result shows that it is feasible to use intelligent lighting control system instead of traditional lighting design. It also has advantages on economic benefits, energy conservation and environmental protection, maintenance efficiency and unified management.