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Reliability assessment for smart grid and future power distribution systems

机译:智能电网和未来配电系统的可靠性评估

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Smart grid incorporates communication and control technologies to provide more efficient and reliable electricity to customers. The infrastructure of such power system will allow the customers to generate and store electricity, and use that in case of an outage or disconnection from the utility. Therefore, the outage of power from the utility side does not necessarily result in loss of electricity. This paper presents a new process for reliability assessment of future power distribution systems affected by the customers' distributed energy resources (DER). The method to calculate the reliability indices, such as SAIFI and SAIDI, based on a Monte Carlo simulation is explained; and results are provided for case studies with residential, commercial, and industrial customers, renewable generation, and battery systems.
机译:智能电网包括通信和控制技术,为客户提供更高效可靠的电力。这种电力系统的基础设施将使客户能够生成和存储电力,并在实用程序中停用或断开连接。因此,来自实用程序侧的电力的停电并不一定导致电力损失。本文提出了由客户分布式能源(DER)影响的未来配电系统可靠性评估的新进程。解释了基于蒙特卡罗模拟的计算方法来计算可靠性指数,例如佐纱和方向的方法;提供了与住宅,商业和工业客户,可再生生成和电池系统的案例研究提供的结果。

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