Research on Energy Data Acquisition and Interaction Algorithm Based on Wide-Narrow Conversion

Liu Ran, Yun Peng, Mi Jia
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Abstract

In order to improve the data collection efficiency in the electricity information collection system, the data transmit and process are completed by the wide and narrow conversion method. For the data processing in the process of wide and narrow conversion, this paper proposes a data acquisition and interaction algorithm based on wide and narrow conversion, which can realize automatic identification of modules and communication protocols and automatic synchronization of files, and use pre-meter reading method to improve the efficiency of meter reading. The application principle of wide-narrow conversion module and the principle of data processing algorithm in communication process are introduced in detail in this paper and the performance of the algorithm is analyzed in terms of rate, copy speed and stability. The experimental results show that the copy rate of this algorithm can reach 100%, the copying speed can reach 1.5s, and the variance of the copying speed is less than 0.09, so the stability is high.
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基于宽窄转换的能源数据采集与交互算法研究
在电力信息采集系统中,为了提高数据采集效率,数据的传输和处理采用宽窄转换的方式完成。针对宽窄转换过程中的数据处理,本文提出了一种基于宽窄转换的数据采集与交互算法,可以实现模块和通信协议的自动识别以及文件的自动同步,并采用预抄表的方式提高抄表效率。本文详细介绍了宽窄转换模块的应用原理和数据处理算法在通信过程中的原理,并从速率、拷贝速度和稳定性等方面分析了算法的性能。实验结果表明,该算法的拷贝率可达100%,拷贝速度可达1.5s,拷贝速度方差小于0.09,稳定性高。
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