群策式智能多联机末端在大学教学楼的设计应用与分析
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A designing analysis of the transformation in universities’ teaching building about multi-line terminal’s intelligent energy-saving based on group decisions
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    摘要:

    建筑能耗占全国能耗比重较大,中央空调在公共建筑中使用广泛,滥用无管理使得公共建筑夏季空调能耗很高。本文针对大学中多联机中央空调系统以末端智能调控系统控制策略方向为目的进行基于群策控制智能末端控制改造,达到节能的目的。通过单片机对空调控制面板进行电信号控制,数据判断及传输通过总服务器进行计算。控制方式采用自动控制与群策相结合,由微信公众号进行查询及发送命令,通过网络传输和数据库相连。数据库录入空调系统使用教室信息、工作及学习时段表等相关数据。从调研、设计、模拟来看,节能效果显著,最理想节能量可达84%,在调研过程中大部分学生对此可接受。

    Abstract:

    Building energy consumption accounts for a large proportion of energy consumption, and central air conditioning is widely used in public buildings, abuse and the lack of management make public buildings’ air conditioning energy consumption very high, especially in summer. We aimed at universities’ multi-line central air conditioning system, and in order to make terminal intelligent control system control strategic directions, we did the transformation of intelligent terminal control based on group decisions. It controls the air conditioning control panel’s electrical signals, data judgment and conveyance through Single Chip Microcomputer(SCM),and it calculates data through total server. Its control mode combines automatic control and group decisions, and users can query and send the order through a WeChat’s official account, which is connected to the database through the network. And the database entries data about air conditioning usage information, the timetable of working and studying, etc. From designing to simulating, the energy saving effect is remarkable, and the most ideal energy saving is up to 84%,in addition, this transformed system is acceptable to most students in the process of research.

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南天辰,蔡柔丹,姜冬,王小平,路遥,刘猛.群策式智能多联机末端在大学教学楼的设计应用与分析[J].土木与环境工程学报(中英文),2016,38(Z2):120-126. Nan Tianchen, Cai Roudan, Jiang Dong, Wang Xiaoping, Lu Yao, Liu Meng. A designing analysis of the transformation in universities’ teaching building about multi-line terminal’s intelligent energy-saving based on group decisions[J]. JOURNAL OF CIVIL AND ENVIRONMENTAL ENGINEERING,2016,38(Z2):120-126.[doi]

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  • 收稿日期:2016-09-02
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  • 在线发布日期: 2017-01-17
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