Engineering Design Of IBLs Based On The Ethernet And ZigBee Technology

As the construction technology, computer technology, control technology, communication technology and the development of intelligent network in the construction, the application of intelligent building arises at the historic moment.Building intelligent lighting system as an important subsystem of intelligent building construction, the form of the realization of the automatic control of intelligent building construction plays a key role particularly, wireless communication technology in the application of the control system has broken the traditional cable floor many limit control system, is a development direction for building control system, and through intelligent lighting can largely save electric energy, make more reasonable utilization of resources.A software company’s office building is based on the lighting system of requirement analysis, the principle of node distribution, Ethernet, ZigBee technology, system composition and system functions on the basis of the brief introduction of the main module of intelligent lighting system hardware selection and software design, including Ethernet interface part, wireless communication and sensor parts and so on, finally, the performance of the system were tested and analyzed.Technical design of the system of office automation system and communication automation system provides a good reference model, using wireless communication technology for the future of the realization of the intelligent building groundwork and adopting modular programming can have very good portability and practicality.This system the innovative use of ZigBee modular design, the system scalability is strong, can be directly applied to the design of the infrared alarm and smoke alarm.In addition, ZigBee can realize the self-organizing network function, so that the system design difficulty greatly reduced.The system to a certain extent, can reduce the building lighting system in the electric power resource waste, improve the utilization rate of energy and therefore has a large market demand and development potential.