Project Osmose:风力发电厂电压调节试验的概述和结果

A. Siviero, Marco Di Serafino, Luca Orrù, Tiziano D’Aversa, Laura Bolla, G. Petretto, Massimo Mannelli, Alessandro Arienti, Pasquale Morelli
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引用次数: 0

摘要

在可再生能源日益扩散和传统发电厂同时退役的背景下,由于连接到电网的旋转质量减少,主要电网参数(频率和电压)的稳定性可能受到挑战。增加可以提供频率和电压调节服务的资源面板可以是解决这一问题的行动之一。在Horizon 2020 OSMOSE项目工作包5的框架下,位于巴西利卡塔的两个风力发电厂(一个集成了存储系统)参与了一个现场实验,旨在表征风力发电机为电网提供电压调节的能力。本文追溯了实验的主要阶段,从技术需求到实现和测试,同时提供了测试结果的完整概述。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Project Osmose: overview and results of voltage regulation tests from wind power plants
In the context of increasing diffusion of renewable energy sources and simultaneous decommissioning of conventional power plants, stability of the main electric grid parameters (frequency and voltage) could be challenged due to the reduction of rotating masses connected to the grid. Increasing the panel of resources which can offer frequency and voltage regulation services can be one of the actions to address this issue. In the framework of the Horizon 2020 OSMOSE project Work Package 5 two wind power plants (one integrating a storage system), located in Basilicata, were involved in a live experimentation aimed at characterizing the capability of wind generators in providing voltage regulation to the grid. This paper traces the main phases of the experimentation, from technical requirements to implementations and testing while offering a complete overview of test results.
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