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首页> 外文期刊>IEEE Transactions on Energy Conversion >The ENEL's experience on the evolution of excitation control systems through microprocessor technology
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The ENEL's experience on the evolution of excitation control systems through microprocessor technology

机译：ENEL通过微处理器技术发展励磁控制系统的经验

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Over recent years, the evolution of microprocessor technology with the consequent availability of reliable, high performance, low cost digital hardware and powerful software tools and the prospect of growing difficulties in the maintenance of analog apparatus, has led many manufacturers to develop new digital AVRs. Many benefits are expected from the use of microprocessors as wider flexibility, improvements in control performance and autodiagnostics, richer information for the local and remote operator. To exploit these advantages ENEL, the Italian Electricity Company, encouraged the Italian electromechanical manufacturers to develop a new generation of digital AVR. The paper, after a brief glance over the general problems and advantages deriving from the use of microprocessor technology, gives an overview of the most technical aspects to be envisaged in the design of digital AVR and shows the differences in the approach and the novelties coming out with respect to the traditional analogue solution. It deepens design aspects regarding the hardware and software architecture, the reliability and the safety, factors affecting interface, response the criteria for evaluating dynamic alteration. An example of the advanced digital AVR is presented in detail.
机译：近年来，随着微处理器技术的发展以及随之而来的可靠，高性能，低成本数字硬件和强大软件工具的可用性，以及模拟设备维护中日益困难的前景，导致许多制造商开发新的数字AVR。微处理器的使用有望带来许多好处，例如更大的灵活性，控制性能和自动诊断的改进，为本地和远程操作员提供的丰富信息。为了利用这些优势，意大利电力公司ENEL鼓励意大利机电制造商开发新一代数字AVR。在简要浏览了使用微处理器技术所带来的一般问题和优点之后，本文概述了数字AVR设计中将要设想的最技术方面，并说明了方法的差异和即将出现的新颖性关于传统的模拟解决方案。它深化了有关硬件和软件体系结构，可靠性和安全性，影响接口的因素，响应评估动态变更标准的设计方面。详细介绍了高级数字AVR的示例。

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