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首页> 外文会议>2015 International Conference on Energy Systems and Applications >Implementation of Digital Automatic Voltage Regulator (AVR) for small laboratory alternator
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Implementation of Digital Automatic Voltage Regulator (AVR) for small laboratory alternator

机译：小型实验室交流发电机数字自动电压调节器（AVR）的实现

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This paper presents a simulation process for an alternator showing its performance characteristics with and without an automatic voltage regulator (AVR) connected to it as a part of work done for Project Stage I. Simulations were carried in MATLAB environment. The objective of this work was to get to know the effect of AVR on the system. The restoring capability of an AVR by changing the various load conditions and the level of excitation input to the system is seen. The simulation worked in two ways viz (a) With a constant mechanical input to the alternator, (b) With the mechanical input of the alternator controlled by AVR. The details of the results of the systems performance of the whole system are given in the following paper. Parallel to these simulations, hardware experimentation was also carried out. Experimental results were also obtained with laboratory set-up which will help to design the AVR.
机译：本文介绍了交流发电机的仿真过程，该过程展示了有无自动稳压器（AVR）的情况下发电机的性能特征，这是项目阶段I所做工作的一部分。仿真是在MATLAB环境中进行的。这项工作的目的是要了解AVR对系统的影响。可以看到通过更改各种负载条件和输入到系统的激励水平，AVR的恢复能力。模拟以两种方式进行，即（a）交流发电机的机械输入恒定，（b）交流发电机的机械输入由AVR控制。整个系统的系统性能结果的详细信息在以下论文中给出。与这些模拟并行，还进行了硬件实验。还通过实验室设置获得了实验结果，这将有助于设计AVR。

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