Wind farm is the cheapest renewable energy resource (RER) in the world, however, the reliability improvement is a key for the future of this power plant. A specially issue is the overhead line interconnection, a weak point, even, a double circuit, the last projects have included modern equipment to mitigate the failure impact in the system as phasor measurement unit (PMU) and Intelligent Electronics Devices (IED); for the dynamic response and protection system. In this paper, a comprehensive dynamic model for the analysis in a Peruvian power plant, located in the north of Perú, with the most recent model based fault analysis and fault tolerant, focusing on overhead lines maximum disconnection time for RER technology interconnection. The remainder of this paper is organized in a tutorial manner with a Matlab code and DigSilent simulation, it allows the same results from the stability study, however faster than traditional methodology and with high accuracy.

风电场是世界上最便宜的可再生能源 (RER)，然而，提高可靠性是该电厂未来发展的关键。一个特别的问题是架空线互连，一个弱点，甚至是双回路，最近的项目包括现代设备，以减轻系统中的故障影响，如相量测量单元（PMU）和智能电子设备（IED）；用于动态响应和保护系统。在本文中，用于分析位于秘鲁北部的秘鲁发电厂的综合动态模型具有基于故障分析和容错的最新模型，重点关注 RER 技术互连的架空线最大断开时间。本文的其余部分以教程方式组织，使用 Matlab 代码和 DigSilent 模拟，