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Analysis of Data Upload Mode in Intelligent Temperature Control System Based on CAN

机译:基于CAN的智能温控系统数据上传模式分析。

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Energy saving and emission reduction has been the core of the development of the global economy, the focus of people's attention, based on the CAN bus intelligent temperature control system can save building energy consumption, thereby reducing amount of coal, reducing emissions of pollutants. The data of intelligent control system can use two modes, master-slave mode or take the initiative to upload. Through the experiment and analysis, the conclusion is that the time of room temperature decreased one degree is about 40 minutes, when master-slave mode was used, data processing time is not more than 1s, and the master node can according to need to set the idle time, greatly reducing the frequency of data processing, and not timely processing of the data caused economic losses rarely, when active the uploading mode was used, due to mutual interference upload interval is uncertain. Therefore, the energy-efficient heating system of construction using master-slave mode is better.
机译:节能减排一直是全球经济发展的核心,成为人们关注的焦点,基于CAN总线的智能温度控制系统可以节省建筑能耗,从而减少煤炭用量,减少污染物排放。智能控制系统的数据可以使用两种模式,主从模式或主动上载。通过实验分析,得出的结论是室温下降一度的时间约为40分钟,采用主从模式时,数据处理时间不超过1s,主节点可以根据需要设置空闲时间,大大降低了数据处理的频率,并且不及时处理数据很少造成经济损失,使用主动上载模式时,由于相互干扰,上载间隔不确定。因此,采用主从模式的建筑节能供热系统更好。

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