感应式和电子式有源电能表的性能研究

R. Caceres, R. Corrêa, P. Ferreyra, E. Cordero
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引用次数: 16

摘要

对电能表及其多种技术进行了详细的研究。从数据库的创建开始,显示了测量误差随时间函数的变化。这样一个数据库装满了实验结果,这些结果开始于20世纪80年代的电磁仪表和1990年的电子仪表。实验测试包括在额定电流(In)的10%、50%和100%对应负载下,对单一功率因数的误差测定。从实验研究中得出结论,感应式电表在线性负载或电流畸变(THDi)小于20%的有源能量测量中并不过时。误差随负载电流的减小而增大,随时间的增大幅度不大。与感应式电表相比,电子式电表具有一系列优点,例如:不受负载非线性的影响,不易发生欺诈行为,并提供许多额外的好处
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Study of Active Electric Energy Meters Behavior of Induction and Electronic Types
A detailed study is presented on electric energy meters and its diverse technologies. The measure error variation as time function is shown, starting from the creation of a database. Such a database was loaded with experimental results, begun in the decade of the 1980 for electromagnetic meters and in 1990 for electronic meters. The experimental tests included the error determination with loads corresponding to 10%, 50% and 100% of the rated current (In), for unitary power factor. From the experimental study it is concluded that induction meters are not obsolete for active energy measurement, with lineal loads or with current distortions (THDi) smaller than 20%. The error is increased when decreasing the load current, and it increases lightly in the time. It is also deduced that electronic meters present a series of advantages in comparison to the induction ones, as for example: not being affected their measurement by the load non-linearity, difficult the fraud actions and offering numerous additional benefits
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