一种新的需求侧自动化管理方法、算法、仿真和实验验证

M. Ganesh, Athira M. Thomas, A. Mathew, Darsana M. Nair, P. Sreekanth
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引用次数: 0

摘要

印度正面临着满足约12%的峰值需求的问题。需求侧管理是解决这一问题的有效方法之一。它可以降低高峰负荷,从而便于高峰负荷管理,使电网运行更加平稳,提高经济效益。需求侧管理可以通过使用智能负载从消费者端开始,无论是工业还是家庭。本文描述了一种高效的DSM策略和一种更有效的算法。参数的选择和观测对促进DSM也很重要。这里采用的方法是基于时间、系统电压、频率和负载运行的需要。并介绍了用AT89s51单片机实现对水泵负荷管理的需求侧自动管理装置的设计、仿真和实验样机验证。仿真在Matlab-Simulink平台上进行。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A new approach, algorithm, simulation and experimental verification for automatic demand side management
These India is suffering from the problem of meeting peak demand of about 12 %. Demand side management is one of the efficient methods to solve this problem. It can reduce the peak load and thereby facilitate peak load management, smoother grid operation and economic benefits. Demand side management can be started from consumer side by using intelligent loads, both for industries and household. This paper describes an efficient DSM strategy and a more efficient algorithm for that. Parameter selection and observation is also important in facilitating DSM. Here the approach used is based on time, system voltage, frequency and need of operation of load. Also describes the design, simulation and experimental prototype verification of Automatic demand side managing device using AT89s51 microcontroller for managing the pump load. Simulation is conducted in Matlab-Simulink platform.
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