【摘要】 我国建筑电气发展历程可以简单概括为电气化、自动化以及智能化这3个阶段。智能建筑发展速度逐渐加快,不仅涵盖范围越来越广泛,更重要的是建筑各项功能逐渐完善。弱电系统的选择好坏在一定程度上会影响智能建筑的性能,这就代表在为智能建筑安装弱电系统时,需要对弱电系统进行全方位的科学管理,保证弱电系统是为提高智能建筑的性能而存在。只有实现智能建筑和弱电系统的巧妙结合,才能有效解决目前智能建筑发展中存在的问题,智能建筑才有机会尽可能展现自身价值。很多高校正逐渐尝试将弱电技术应用于校园智能建筑建设,这一策略为校园建筑建设注入新的活力。更多还原

【Abstract】 The development process of building electrical in my country can be briefly summarized as three stages of electrification,automation and intelligence.The development speed of intelligent buildings is gradually accelerating,not only covering more and more extensive areas,but more importantly,gradually improving various functions of buildings.The choice of the weak current system will affect the performance of the smart building to a certain extent.This means that when installing the weak current system for the smart building,a comprehensive scientific management of the weak current system is required to ensure that the weak system is to improve the performance of the smart building and exist.Only by realizing the ingenious combination of smart buildings and weak current systems can the current problems in the development of smart buildings be effectively solved,and smart buildings have the opportunity to show their value as much as possible.Many high-calibration systems are gradually trying to apply weak current technology to the construction of campus smart buildings.This strategy injects new vitality into campus building construction.更多还原