电能质量和可再生能源并网案例的免费仿真工具

M. Mañana, A. Arroyo, R. Martínez, S. Bustamante, A. Laso, E. Sainz
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引用次数: 0

摘要

分析电能质量问题和/或将可再生能源整合到电网中需要使用不同的工具,其中使用计算机模拟应用程序脱颖而出。基本目标是获得所研究的电气系统的模型,该模型允许以合理的精度了解其在不同操作条件下的行为。这些工具的好处是多方面的,因为它们使我们能够了解系统在瞬态和稳态条件下对难以在实践中重现的情况的响应:短路,发电故障,输电和配电基础设施等。此外,这些工具还可以作为操作员培训和网络规划的平台。目前,在市场上可以找到各种各样的商业工具,它们都是事实上的标准。其中一些工具成本很高,学生不能在学术环境之外使用。与此同时,由于科学界的努力,仿真工具已经开发出来,并在几种许可模式下免费提供。这篇文章分析了一些可用的工具,特别关注那些在几个开放源码和学术非商业软件许可下发布的工具,这些工具可以免费提供给学术社区。
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Free Simulation Tools for Power Quality and Grid-Integration of Renewable Energies Cases
The analysis of Power Quality issues and/or the integration of renewable energy into the grid requires the use of different tools, among which the use of computer simulation applications stands out. The basic objective is to obtain a model of the electrical system under study that allows for knowledge, with a reasonable degree of precision, of its behavior under different operating conditions. The benefits of these tools are manifold, since they allow us to understand the response of the system, both in transient and steady-state conditions, to situations that are difficult to reproduce in practice: short circuits, failures in generation, transmission and distribution infrastructures, etc. Additionally, these tools can be used as platforms for operator training and network planning. Currently, a wide variety of commercial tools that are de facto standards can be found on the market. Some of these tools have a high cost and cannot be used by students outside the academic environment. In parallel, and thanks to the efforts of the scientific community, simulation tools have been developed that are available free of cost under several licensing models. This contribution analyzes some of the available tools, with special attention to those that are published under several open source and academic non-commercial software licenses that are available to the academic community free of cost.
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来源期刊
Renewable Energy and Power Quality Journal
Renewable Energy and Power Quality Journal Energy-Energy Engineering and Power Technology
CiteScore
0.70
自引率
0.00%
发文量
147
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