Integrated Control Systems for Superhigh-Voltage Substations in the Unified Russian Electrical Network

A. M. Gelfand; M. Sh. Misrikhanov; L. I. Fridman

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Integrated Control Systems for Superhigh-Voltage Substations in the Unified Russian Electrical Network

机译：俄罗斯统一电网中超高压变电站的集成控制系统

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The principles of design of an integrated control system for the substations in the Russian Unified National Electrical Network are described. They underlie the operation of recently commissioned nine large substations of this network. One method of enhancing the effectiveness of the Russian Unified National Electrical (RUNE) network is to design a control system for increasing the economy and reliability of transformation, transmission, and distribution of electrical power via automation of data collection, processing and storage, decision making, and implementation of control with automation programs and tools, computer engineering, and information technologies. This stipulates the design of integrated automatic systems for the two hierarchical levels in the technological control system of electrical energetics, viz..

机译：描述了俄罗斯统一国家电网中变电站综合控制系统的设计原理。它们是该网络最近启用的9个大型变电站的运行的基础。增强俄罗斯统一国家电力（RUNE）网络有效性的一种方法是设计一种控制系统，以通过数据收集，处理和存储，决策的自动化来提高电力转换，传输和分配的经济性和可靠性。，并使用自动化程序和工具，计算机工程和信息技术来实现控制。这规定了在电能管理技术控制系统中两个层次的集成自动系统的设计。

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《Automation and Remote Control》 |2006年第5期|共9页
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A. M. Gelfand; M. Sh. Misrikhanov; L. I. Fridman;
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1. Integrated Control Systems for Superhigh-Voltage Substations in the Unified Russian Electrical Network [J] . A. M. Gelfand, M. Sh. Misrikhanov, L. I. Fridman Automation and Remote Control . 2006,第5期

机译：俄罗斯统一电网中超高压变电站的集成控制系统
2. Robust integrated covariance intersection fusion Kalman estimators for networked systems with a unified measurement model including five uncertainties [J] . Ran Chenjian, Deng Zili Aerospace science and technology . 2021,第Nova期

机译：具有统一测量模型的网络系统的强大集成协方差交叉融合融合器，包括五种不确定性
3. Prospective Development of the Russian Geodetic Reference Network as a Component Part of the Unified System for Positioning, Navigation, and Timing [J] . A. P. Karpik, L. A. Lipatnikov, E. K. Lagutina Gyroscopy and navigation . 2016,第3期

机译：俄罗斯大地参考网络的未来发展，它将作为定位，导航和授时统一系统的组成部分
4. THE PROBLEM OF COMMUNICATIONS IN THE INTEGRATED CONTROL SYSTEMS OF EHV SUBSTATIONS IN RUSSIA [C] . A.F. DJAKOV, J.L.ARTZISHEVSKY, A.M.GELFAND, International conference on large high voltage electric systems;CIGRE 2000 . 2000

机译：俄罗斯超高压变电站综合控制系统中的通信问题
5. A SYSTEM APPROACH TO THE DESIGN OF AN INTEGRATED MICROPROCESSOR-BASED SUBSTATION CONTROL AND PROTECTION SYSTEM. [D] . KEZUNOVIC, MLADEN. 1980

机译：一种基于集成微处理器的变电站控制与保护系统设计的系统方法。
6. Integrated Longitudinal and Lateral Networked Control System Design for Vehicle Platooning [O] . Chedia Latrech, Ahmed Chaibet, Moussa Boukhnifer, 2018

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7. Integrated and Network Systems of Research Education in the Knowledge Society (By Example of the Russian Educational System) [O] . Karpov Alexander 2015

机译：知识学会研究教育集成和网络系统（俄罗斯教育系统的举例）
8. Integrated Real-Time Closed-Loop Controller for Normal and Emergency Operation of Electrical Power Systems [R] . Ossowski, P. G. 1984

机译：用于电力系统正常和紧急操作的集成实时闭环控制器

Integrated Control Systems for Superhigh-Voltage Substations in the Unified Russian Electrical Network

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