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The effects of dynamic residential load participation: penetration levels for operational impact on reliability

机译:动态住宅负荷参与的影响:运营水平对可靠性的渗透水平

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Building an electrical load system that uses prioritised loads has been suggested as a means of approaching the overloading of the aging electrical infrastructure and thus increasing system reliability. In this paradigm, local controls would shut off electrical loads when overload conditions are being approached in the electrical power system. An unresolved question is how these systems might be configured and whether the deployment of residential load control will make a difference. This paper provides answers to both of these questions by suggesting several methods of deploying residential load control and determining the level of participation needed for each to make a difference in overall system reliability. The approach suggested was shown to improve the reliability of electrical power delivery, even under very modest levels of participation. Under emergency conditions with 10% of load available for control, there is a factor of ten improvement in electrical power system reliability.
机译:已经提出了建立使用优先负荷的电力负荷系统作为解决老化的电气基础设施的过载并因此增加系统可靠性的手段。在这种范例中,当电力系统中达到过载条件时,本地控制将切断电力负载。一个尚未解决的问题是如何配置这些系统,以及住宅负载控制的部署是否会有所作为。本文通过提出几种部署住宅负载控制的方法,并确定每种方法所需的参与程度来改变整个系统的可靠性,从而为这两个问题提供了答案。结果表明,即使在非常适度的参与水平下,建议的方法也可以提高电力输送的可靠性。在紧急情况下,可控制10%的负载,电力系统的可靠性提高了十倍。

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