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Utts N.N.,JSC Institute Energosetproject | Vazhenkov V.V.,JSC Institute Energosetproject | Utts S.A.,JSC Systems Operator of the United Power System
Power Technology and Engineering | Year: 2015

At the end of the 2000s the companies of the electric power system of the Russian Federation attempted to make a systematic estimate of the various measures for limiting short-circuit currents in the Moscow power system. The result of this assessment was a number of publications by different scientific-research institutes, including a conceptual investigation, carried out by the JSC “Institute “Energosetproject” and with the participation of specialists of JSC “Systems Operator of the United Power System,” on the development of strategic ways of developing the Moscow Power System, taking into account the increase in the level of short-circuit currents. From the results of these investigations, possible ways of developing the Moscow Power System were determined depending on the problems involved in limiting short-circuit currents, by taking the necessary measures and determining the points where current-limiting devices should be connected. This paper reflects the practical conclusions reached by companies of the electric power industry, operating in the Moscow Region, regarding the results of these investigations, namely, the measures used during 2011 – 2014 are analyzed, as well as promising measures for limiting short-circuit currents, together with further possible ways of achieving short-circuit current limitation in the Moscow Power System. © 2015 Springer Science+Business Media New York Source


Gel'fand A.M.,JSC Institute Energosetproject | Kurmak V.V.,JSC Institute Energosetproject | Narovlyanskii V.G.,JSC Institute Energosetproject
Power Technology and Engineering | Year: 2012

This is an overview of work by the firm Energosetproject on the introduction of synchronized vector measurement technologies and the development of a system for transient monitoring in the unified power system of Russia. Work on the creation of a system for stability monitoring in the northern part of Tyumen Region, and transient monitoring systems in the unified power systems of the Urals and Siberia is reported. Problems with data transfer and the architecture of communication channels in these projects are examined. Possible advantages of introducing transient monitoring systems in the unified power system of Russia are pointed out. © 2012 Springer Science+Business Media New York. Source


Vaganov A.B.,JSC Institute Energosetproject | Gel'fand A.M.,JSC Institute Energosetproject | Narovlyanskii V.G.,JSC Institute Energosetproject
Power Technology and Engineering | Year: 2012

The principles of synchronized vector measurements in an electric power system are considered, a prototype of software of an algorithm for processing them is described, and the results of testing it are presented. © 2012 Springer Science+Business Media New York. Source


Brukhis G.L.,JSC Institute Energosetproject | Voronin V.A.,JSC Institute Energosetproject | Ilyushin P.V.,JSC Institute Energosetproject | Gorshkova N.A.,JSC Institute Energosetproject
Power Technology and Engineering | Year: 2012

A device for the automatic limiting of line overload is considered. The device determines the thermal overload of the line from the current in the line and the temperature of the surrounding air, and takes controlling action to shed its load. It has a unified algorithm, suitable for cable, overhead and cable-overhead lines. The theoretical and practical aspects of the operation of the device are described. © 2012 Springer Science+Business Media New York. Source


Brukhis G.L.,JSC Institute Energosetproject | Voronin V.A.,JSC Institute Energosetproject | Ilyushin P.V.,JSC Institute Energosetproject | Gorshkova N.A.,JSC Institute Energosetproject
Power Technology and Engineering | Year: 2012

Adevice for the automatic limiting of line overload is considered. The device determines the thermal overload of the line from the current in the line and the temperature of the surrounding air, and takes controlling action to shed its load. It has a unified algorithm, suitable for cable, overhead and cable-overhead lines. The theoretical and practical aspects of the operation of the device are described. © 2012 Springer Science + Business Media New York. Source

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