为组织乌克兰国际电力系统与欧洲大陆电力系统同步运行提供科学技术支持

Q3 Energy
O. Kyrylenko, V. Pavlovsky, I. Blinov
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引用次数: 3

摘要

介绍了乌克兰IPS与欧洲大陆电力系统ENTSO-E同步运行的强制性科学发展。首先,它涉及一个新的信息维护水平,通过创建和实施各种专用设备实现了这一水平。确定了信息诊断设备的结构特征。考虑了侧重于使用有源元件的系统,如提供网络特性灵活变化的设备和技术,以及实现电力转换以优化其运行机制。特别关注乌克兰电力系统的稳定运行,包括电压稳定性。它涵盖了用于创建柔性交流输电线路的工具和技术。已经研究了消除有功功率不足1000兆瓦的主要系统故障的方案和其他方案。确定了在与ENTSO-E同步运行的第一阶段,进一步研究战后乌克兰IPS发展的途径。该文件确定了旨在提高乌克兰电力系统生存能力和可靠控制的优先措施和工具,制定了适应和重建电力系统紧急自动控制和稳定性的原则和方法,为电力系统数字化创造了先决条件。参考文献35,图2。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
SCIENTIFIC AND TECHNICAL SUPPORT FOR ORGANIZING THE WORK OF THE IPS OF UKRAINE IN SYNCHRONOUS MODE WITH THE CONTINENTAL EUROPEAN POWER SYSTEM ENTSO-E
Scientific developments, which have been implemented as mandatory to provide a synchronous operation of IPS of Ukraine with the Continental European Power System ENTSO-E are presented. Firstly, it concerns a new level of information maintenance that has been realized by the creation and implementation of a wide range of specialized devices. The features of the construction of information-diagnostic devices are determined. The systems focused on the use of active elements, such as devices and technologies to provide flexible changes in network characteristics, as well as the implementation of electricity conversion to optimize their operation regimes are considered. A special attention was paid to providing a stable operation of the Ukrainian power system, including voltage stability. It covers tools and technologies used to create flexible AC transmission lines. The scenarios for eliminating a major system breakdown with an active power deficit of 1000 MW and other scenarios have been studied. The ways of further research on the development of IPS of Ukraine in the postwar period at the first stages of synchronous operation with ENTSO-E are identified. The paper identifies priority measures and tools aimed to improve the survivability and reliable control of the Ukrainian power system, development of principles and means of adaptation and reconstruction of emergency automatic control of electrical regimes and stability, creating prerequisites for digitalization of the power system. References 35, figures 2.
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来源期刊
Technical Electrodynamics
Technical Electrodynamics Energy-Energy Engineering and Power Technology
CiteScore
1.80
自引率
0.00%
发文量
72
审稿时长
4 weeks
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