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首页> 外文会议>International Symposium on Environment Friendly Energies and Applications >A simulation environment for the investigation into loss of mains detection methods for grid connected single phase inverters
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A simulation environment for the investigation into loss of mains detection methods for grid connected single phase inverters

机译：用于对电网连接单相逆变器损耗进行调查的仿真环境

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Domestic scale DG (Distributed Generation) installations include a multitude of technologies, many of which are based on a RES (Renewable Energy Source). The energy generation of a DG installation doesn't necessarily coincide with local power consumption; grid connection allows surplus local power to be distributed using the wider power network. A power electronics interface is necessary to achieve connection between the DG unit and the distribution network. The majority of grid connection standards stipulate that the power electronics interface must include a robust LOM (Loss Of Mains) detection routine. This paper presents a Matlab/Simulink simulation model that has been designed to mimic a standard laboratory setup that is used verify the adherence to the LOM grid connection standards. Multiple in-the-loop based LOM detection methods are presented, analysed and compared. Experimental verification of the simulation results is presented to demonstrate the closeness of the model.
机译：国内规模DG（分布式发电）安装包括多种技术，其中许多是基于RES（可再生能源）。 DG安装的能量产生并不一定与局部功耗相吻合;网格连接允许使用更广泛的电网分发剩余的本地电源。需要电源电子接口，以实现DG单元与分配网络之间的连接。大多数网格连接标准规定了电力电子接口必须包括强大的LOM（电源丢失）检测程序。本文介绍了MATLAB / SIMULINK仿真模型，该模型旨在模拟标准实验室设置，该设置用于验证遵守LOM网格连接标准。呈现，分析和比较了多个基于环路的LOM检测方法。提出了模拟结果的实验​​验证以证明模型的近距离。

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