PROGRAM Conference program RPA

PROGRAM
Conference program RPA – 2020

Day one

09:00-10:00

Registration

10:00-11:00

Opening of the Forum

Address of E. Grabchak, Deputy Minister of Energy of the Russian Federation
Address of R. Loken, Chair of CIGRE SC B5
Address of S. Pavlushko, Chairman of the Organizing Committee, First Deputy Chairman of the Board “SO UPS”, JSC
Address of A. Mayorov, Member of the Organizing Committee, First Deputy General Director - Chief Engineer of PJSC Rosseti
Address of S. Kondratyev, Deputy Director General - Chief Engineer of RusHydro
Address of V. Zatynajnko, Director General of " Elektrifikatsiya" JSC

11:00-11:30

Coffee-break

11:30–13:00
Hall А

Plenary session

Address of E. Grabchak, Deputy Minister of Energy of the Russian Federation
Main approaches to the Russian electric power industry digitalization

Address of K. Bakić, SC B5 CIGRE
Leading trends in the global electricity sector development

Address of R. Loken, Chair of CIGRE SC B5
Best world practices and trends in PACS development

Address of A. Zhukov (B5 CIGRE Russia)
R&A development in the era of digital transformation: goals, objectives, solutions

13:00–14:00

Lunch

14:00–16:00
Hall А

SC B5 CIGRE Seminar

Loken (CIGRE, SC B5, Norway)
S-1. Experience and Recommendations for Implementation of Process Bus in Protection, Automation and Control Systems (PACS) (WG B5.69)

A. Apostolov (OMICRON electronics, USA)
S-2. Test Strategy for Protection, Automation and Control (PAC) Functions in a Fully Digital Substation Based on IEC 61850 Applications (WG B5.53)

J. Zakonjsek (RELARTE Ltd, Slovenia)
S-3. Protection Requirements on Transient Response of Digital Acquisition Chain

А.Voloshin (CIGRE, SC B5, WG B5.60, Russia)
S-4. R&A architectures with cross platform functionality independent of hardware (WG B5.60)

14:00–16:00
Hall B

Section 6: PACS of distribution networks with renewable energy sources and energy storage systems

Co-Chairmen:
A. Kulikov (NNSTU n.a. R.E. Alekseev, Russia),
P. Ilyushin (Petersburg Power Engineering Institute of Professional Development, Russia)

P. Ilyushin (Energy research institute of the Russian academy of sciences, Russia)
S.6-1. Features of operating modes of distribution networks in the conditions of mass integration of distributed energy sources

A. Kulikov, P. Ilyushin (NNSTU n.a. R.E. Alekseev, Energy research institute of the Russian academy of sciences, Russia)
S.6-2. Fault analyses in the conditions of fast transients in power grid with distributed energy resources

J. Zakonjsek, M. Shamis, F. Ivanov, S. Vasiliev (RELARTE Ltd., EnLAB LLC, Slovenia, Russia)
S.6-3. Approaches and solutions for development of PACS for microgrids. Real Time Digital Simulations using Power Hardware In the Loop methods

V. Efremov, A. Efremov, M. Petrushkov, E. Shirokina (LLC Relematika, Russia)
S.6-4. Features of line protection in networks with wind power stations

A. Simonov (RTSoft Smart Grid, Russia)
S.6-5. Renewable Energy Sources and Energy Storage Systems simulation for relay protection and automation settings purposes in distribution network

M. Sharygin, A. Kulikov, A. Falkov (NNSTU n.a. R.E. Alekseev, “EPICSOFT” LLC, Russia,USA)
S.6-6. Automation of calculation of adaptive multi-parameter relay protection for reconfigurable distribution power grids

A. Domyshev, A. Osak (ESI SB RAS, Russia)
S.6-7. Optimization of city electric networks taking into account the charging load of electric vehicles and V2G generation

s. Kovalyov, A. Nebera (JSC RTSoft, Russia)
S.6-8. Conceptual design of the A-Platform - a digital platform for intelligent management of distributed energy infrastructure with renewable energy sources and storages

16:00–16:30

Coffee-break

16:30–19:00
Hall А

Section 2: Development prospects and use of the IEC 61850 standard

Co-chairmen:
A. Anoshin (TEKVEL R&D, Russia)
V. Naumov (EKRA, Russia)

Maud Mereley. (RTE, France)
S.2-1. Basic Application Profiles applied to RTE IEC 61850 profiling experience.

P. Eichhorn (Helinks LLC, Switzerland)
S.2-2. IEC61850 System Design and Implementation using SCL

A. Semerenko, D. Tretyakov (Rosseti Volga, Russia) A. Golovin, A. Anoshin, (TEKVEL R&D, Russia)
S.2-3. Quality assurance of SCD files for digital substations: requirements and experiences

Alex Apostlov (Omicron)
S.2-4. Improving the Efficiency of Maintenance Testing in Digital Substations

M. Ilin (FTC, Russia)
S.2-5. Experience of IEC 61850 device conformance testing

Alex Apostlov (Omicron)
S.2-6. GOOSE and its Applications to System Integrity Protection Schemes

M. Shvedov (IDGC of Urals, Russia)
S.2-7. Software for verification of PAC technical solutions and tender documentation

M. Khabibullin, A. Tuityarov (OJSC Grid Company, Russia)
S.2-8. Features of the organization of the operation of relay protection and automation systems in the conditions of using the IEC 61850 standard

D. Zhukov (RusHydro, Russia).
S.2-9. Analysis and application perspectives of IEC 61850 standard for hydroelectric power plants

A. Voloshin, A. Lebedev, D. Blagorazumov, V. Valger, B. Safronov,
M. Khlystov, A. Hudyakov, R. Neustupkin, V.boloshin (NRU MPEI, Russia)
S.2-10. Design of formal functional requirements for logical nodes

A. Podshivalin, A. Kapustina (Relematika, Russia)
S.2-11. Application of the Extended Profile for Analog Values Exchange in Line Differential Protection

16:30–19:00
Hall B

Section 6: « PACS of distribution networks with renewable energy sources and energy storage systems» (continue)

Co-chairmen:
А. Kulikov (NNSTU n.a. R.E. Alekseev, Russia)
P. Ilyushin (Energy research institute of the Russian academy of sciences, Russia)

T. Volkova, J. Gilev, V. Golovkin, E. Ivkin, R.Nestulya, O.Serdyukov, A. Fishov (JSC Tyumenenergo, Generation of Siberia LLC, Tornado Modular Systems LLS, Novosibirsk State Technical University, Russia)
S.6-9. System automation for Minigrid operating in common electrical networks

V. Zinin (JSC Scientific-Research Institute of General Machine-Building, Russia)
S.6-10. Hardware-software solutions of power supply systems with distributed generation sources

I. Kolosok, E. Korkina (Melentiev Energy Systems Institute SB RAS, Russia)
S.6-11. Impact of energy digitalization on the efficiency of the Demand Response Aggregator

R. Frolov, (RENERA, Russia), G. Nesterenko, A. Voroshilov, V. Zyryanov (Novosibirsk State Technical University, Energy Storage Systems LLC, Russia)
S.6-12. Gas engine generators stability enhancement in power system with abruptly variable load by use of electrical energy storage system

F. Byk, L. Myshkina (Novosibirsk State Technical University, Russia)
S.6-13. Technical requirements for relay protection and automation at the connection of distributed systems of electrical supply with power systems

S. Shavlovskiy (Electronmash JSC, Russia)
S.6-14. Requirements to the supercapacitor ESS control system supplying industrial loads

D. Krupenev (Melentiev Energy Systems Institute of Siberian Branch of the Russian Academy of Sciences, Russia)
S..6-15. Application of higher orders sensitivity matrices of steady-state modes to analyze the reliability of power supply systems with renewable energy sources and energy storage systems

B. Papkov (Nizhny Novgorod State University of Engineering and Economics, Russia)
S.6-16. Assessment of structural reliability for distributed generation systems

I. Shushpanov, K. Suslov (Irkutsk National Research Technical University, Russia)
S.6-17. Ensuring the Reliability of Active Power Supply Systems

Carlos Alberto de Miranda Aviz (Aviz Consultoria, Brazil)
S.6-18. Hybridization with Floating Solar, Offshore Wind Farm and Batteries in Hydroelectric Power Plant Reservoirs

19:15–22:00

Welcome cocktail

Day two

08:30–10:30
Hall А

Section 5: "Conceptual issues for the development of PACS technology"
Co-chairs:

A. Zhukov (JSC SO UES, Russia)
A. Voloshin (NTI Centre at MPEI, Russia)

J. Cardenas (Adneli Consultant, Spain)
S.5-1. Prevention in the main elements of the power system

Shri Anil Shrivastava, Shri N P Dewangan, Shri Anand Pandey (NTPC Ltd, India)
S.5-2. Incipient fault detection in generator through numerical relay

J. Cardenas (Andeli, Spain)
S.5-3. Power up and dynamic assets rating

Yu. Dementiy, I. Petryashin, K. Nikolaev, A. Maslov, E. Shornikov (LLC "Relematika" Russia)
S.5-4. Delimitation of object operation modes using elements of artificial intelligence

A. Kulikov, D. Bezdushniy (Nizhniy Novgorod state technical university n. a. R.E. Alekseev, Russia)
S.5-5. Principles of formation of generalized features of multidimensional relay protection actuation

V. Nagay., I. Nagay, S. Sarry, V. Nagay, P. Kireev, A. Ukraincev. (Platov South-Russian State Polytechnic University, Russia)
S.5-6. Improving the technical perfection of relay protection of elements of medium voltage electrical networks by expanding the information base

A. Trofimov, V. Trofimov (National Research University MPEI, Russia)
S.5-7. From computer aided design to «Digital Twin» of digital substation automation system

A. Domyshev, A. Osak (ESI SB RAS, Russia)
S.5-8. System of automatic hierarchical control of voltage and reactive power in EPS

I. Kochetov, Yu.Liamets, F. Makashkin (LLC “Relematica”, Russia)
S.5-9. Local components in the problem of rapid automatic activation of the reserve of power supply

08:30–10:30
Hall B

Section 3: Cybersecurity - a driver or a barrier to the development?
Co-chairs:

S. Prihodko (SC «SO UPS», Russia),
V. Karantaev (NTI MPEI Center, Russia)

M. Zinin, T. Sharaev, A. Kulikov (JSC «NIpOM», NGTU Alekseeva, Russia)
S.3-1. The implementation principles of cybersecurity solutions for cross-platform relay protection

А. Voloshin, E. Voloshin, S. Nukhulov, V Dobrinin, D. Blagorasumov (NTI MPEI Center, Russia)
S.3-2. Digital substation PACS technologies that provides increased resistance to cyber attacks

E. Alekseeva (RASU JSC, Russia)
S.3-3. Practical aspects of implementing requirements for safety software development for a digital substation

V. Karantaev (JSC Kaspersky Lab, Russia)
S.3-4. The issues of implementation of trusted Intelligent Electronic Devices

A. Bondyugin (Kaspersky, Russia)
S.3-5. Monitoring of digital power facilities
Doni N.A., Naumov V.A., Razumov R.V., Koshelkov I.A., Mitrofanov D.V. (EKRA, Russia)

С.3-6. Information security of relay protection and automation and automated systems in the power industry. Theoretical and practical approach

N. Parshikov, I. Evgrafov (CHEAZ R&D Centre, Russia)
S.3-7. Implementation features of BEMP devices in accordance with the requirements to critical infrastructure

А. Voloshin, N/ Lebedeva (NTI Centre at MPEI, Russia)
S.3-8. Tracing IT terms "integrity, confidentiality, availability" to power system terms "outages, recovery time, equipment damages"

10:30–11:00

Coffee-break

11:00–13:00
Hall А

Section 5: Conceptual issues of the PACS technologies development (continue)
Co-chairmen:

E. Satsuk (SC «SO UPS», Russia)

A. Gerasimov А (JSC "STC UES", Russia)

S. Pavlushko, A. Zhukov, E. Satsuk, A. Gerasimov, A. Lisitsyn (JSC "SO UES", JSC "STC UES", Russia)
S.5-10. Automatic emergency and normal power-mode control of isolated power systems

V. Vasilev, N. Lizalek, E. Satsuk (SC «SO UPS», Novosibirsk State Technical University, Russia)
S.5-11. Development of automation for preventing stability violations with the choice of control in the transition mode of the power system

M. Govorun, Y. Satsuk, U. Luzhkovskiy, А. Landman, V. Makovtsev (JSC Institute for Automation of Energy Systems ; JSC System Operator of the United Power System, Russia)
S.5-12. Features of the use of the phase angle between the voltage vectors as a controlled value in AUOP organization of power transmission 500 kV Reftinskaya GRES - Surgutskie GRES

D. Panasetsky, A.Osak, E.Buzina (ESI SB RAS, Russia)
S.5-13. Problems of setting up automation of limiting voltage increase when protecting power transmission line equipment from resonant overvoltages of series capacitor devices

A. Nikitina, V. Petrov, V. Antonov (Research and Production Enterprise EKRA, Ltd
Chuvash State University, Russia)
S.5-14. Back-up power swing protection with intelligent check of regime parameter changes

A. Chirkov, E. Makarov, I. Solovarov (Prosoft-Systems Ltd., Russia)
S.5-15. Conceptual issues in development of communication channels for relay protection and emergency control automation.
Migration from point-to-point connections to multiplexed network with packet transmission

T. Škrjanc, R. Mihalič, U. Rudež (University of Ljubljana, Slovenia)
S.5-16 Improving Conventional Under-Frequency Load Shedding by Pattern Recognition Technology

U. Rudež, R. Mihalič (University of Ljubljana, Slovenia)
S.5-17. Boosting the performance of under-frequency load shedding by assessing the frequency-stability margin

11:00–13:00
Hall B

Section 3: Cybersecurity - a driver or a barrier to the development? (continue)

Co-chairs:
S. Prihodko (SC «SO UPS», Russia),
V. Karantaev (NTI MPEI Center, Russia)

S.3-9. Implementation of Information Security Requirements in Power Systems Using Embedded Solutions
I. Krutskikh (PLC Technology LLC)

S.3-10. Cybersecurity is a one of the top conditions for digitalization of the Power energy industry
E. Gengrinovich (Corporate Group InfoTeCS, Russia)

S.3-11. Actual trends in the development of the regulatory framework for ensuring cybersecurity of industrial automation systems
D. Pravikov, (Russian state University of oil and gas (NIU) I. M. Gubkina, Russia)

S.3-12. Microprocessor-based PACS development. Informational safety and secure coding requirements
А. Laryukhin (Intelegent grids, LLC, Russia)

S.3-13. "Multibus 10G" for digital substation – potential problems, application prospects and opportunities for the development of a digital power facility
А. Shemetov, M. Nikandrov (PJSC "FGC UES", Intelligent Grids, Ltd, Russia)

S.3-14. The role of cybersecurity in the digitalization of electricity
A. Petukhov (Kaspersky, Russia)

S.3-15. Monitoring and managing cybersecurity of energy facilities. Approach and solutions
D. Darenskiy (Positive Technologies, Russia)

S.3-16. Do we need to apply Cyber Security for Distribution Networks? Investigating Challenges and Solutions
E. Weerathunga, A. Appukuttan, M. Kanabar, A. Chulkov (GE Renewable Energy, UK, Canada, Russia)

13:00–14:00

Lunch

14:00–16:00
Зал А

Section 5: Conceptual issues of the PACS technologies development (continue)

Co-chairs:
V. Vorobyev (SC «SO UPS», Russia),
A. Lisitsyn (JSC "STC UES", Russia)

V. Vorobyev, V. Moskalenko, A. Rasshcheplyaev (JSC "SO UES", Russia)
С.5-18. Actions to eliminate risks of protection transient improper operation followed by CT saturation

S. Kuzhekov, A. Degtiarev, A. Otkidychev, A. Shurupov, N. Doni, A. Petrov, L. Kostarev (NPF Kvazar - EKRA Research and Production Ltd, Russia)
S. 5-19. Analysis and verification of compliance of the characteristics of current transformers of classes P and PR with the operating conditions of differential protection of shunt reactors manufactured by OOO NPP "EKRA" in the presence of an aperiodic component in short-circuit currents

A. Visyashchev, N. Zaytseva, D. Fedosov, (FSBEI HE «Irkutsk National Research Technical University », Russia)
S.5-20. Improving the Reliability of Digital Differential Protection in Modes with Deep Saturation of Current Transformers

A. Novozhilov, N. Kurguzov, L. Kurguzova T. Novozhilov, M. Kurguzova (S. Toraighyrov Pavlodar State University, Omsk State Technical University, "Electrotechnical Design Institute of TELPRO" LLP, Republic of Kazakhstan, Russia)
S.5-21. On some aspects of the influence of external magnetic fields on the operation of current transformers and on the reliability of relay protections

D. Rybin, E. Kolobrodov, P. Guryev, D. Schukin (TECON & Companies, Russia)
S.5-22. Transformer differential protection under CT saturation reliability improvement. Current switch monitoring

I. Kochetov, Yu. Liamets, F. Makashkin (Relematics LLC, Russia)
S.5-23. Determination of the fault location of power transmission lines by the local components in the basis of instantaneous values of the observed quantities

S. Sorokin (LLC « NTK Priborenergo», Russia)
S.5-24. Identification of the object model parameters as the exact solution of the problem of power line fault location

V. Stepanov (LLC " ABB Power and Automated Systems», Russia)
S.5-25. Solving relay protection tasks with the application resources of modern microprocessor devices

14:00–16:00
Hall B

Section 7: PACS reliability and human factor influence

Co-chairs:
A. Shapeev (Bresler, Russia)
A. Voloshin (NTI MPEI Center, Russia)

S.7-1.
A. Guruev, I. Koshelkov (EKRA, Russia)

S.7-2. Training of electrical personnel to work with microprocessor relays in order to improve the reliability of relay protection
P. Varganov, N. Parshikov, S. Vasilieva, Е. Marshutin (CHEAZ, Russia)

S.7-3. Technology requirements to reduce the impact of the human factor. The prevention of Human Errors in the PACS environment
Alvaro T. A. Pereira, Antonio C. C. Castro, Luciano A. C. Lisboa (Companhia Hidroeletrica do Sao Francisco - CHESF, Brazil)

S.7-4. Requirements to relay protection and automation testing process for reducing the human factor impact
Yu. Smirnov (OOO SPE DYNAMICS, Russia)

S.7-5. The impact of the human factor on the cybersecurity of electric power objects in the era of total digitalization
A.Osak, D.Panasetsky, E.Buzina (ESI SB RAS, Russia)

S.7-6. Assessment of the human factor influence on the reliability of PACS during their life cycle
A. Voloshin, E. Voloshin, N. Gracheva (MPEI NTI Centre, Russia)

S.7-7. Digital relay protection reliability ensuring by monitoring the voltage and current transformers measuring path
A. Kulikov, V. Zinin, A. Petrov (Nizhny Novgorod State Technical University named after R. E. Alekseev; JSC «Scientific-Research Institute of General Machine-Building, Russia)

S.7-8. The Relay Protection and Automation Devices and Complexes Operation Analysis of PJSC «RusHydro» Branches
V. Kuzmichev, А. Zakharenkov, S.Sakharov, A. Guseynov,
А. Моrozov, D. Tkachev (JSC «Institute Hydroproject» - Branch "NIIES", PJSC “RusHydro”, Russia)

S.7-9. Using predictive reliability analysis results of relay protection and automation in planning of maintenance and modernization
D. Tkachev, A. Morozov (PJSC «RusHydro», Russia)

16:00–16:30

Coffee-break

16:30–18:30
Hall A

Section 5: Conceptual issues of the PACS technologies development (continue)

Co-chairs:
G. Nudelman (VNIIR, Russia),
А. Kulikov (NNSTU n.a. R.E. Alekseev, Russia)

V. Antonov, D. Stepanova, V. Naumov, A. Soldatov (Research and Production Enterprise « EKRA», Chuvash State University named after I.N. Ulyanov, Russia)
S.5-26. Reflecting the concept of the smart protection device in relay protection applications

A. Podshivalin, G. Ismukov (LLC « Relematica », Russia)
S.5-27. Conceptual issues of the PACS development Statistical Approach to Setting Traveling-wave Fault Locator

I. Nikonov, I. Petryashin (LLC « Relematica », Russia)
S.5-28. Fundamentals of the universal method for setting the settings using the theory of prototypes

P. Ustyzhanin, M. Moyzykh, D. Gorbunova, S. Samoilenkov,
O. Tokareva, S. Sjuravlev (CJSC “SuperOx”, JSC «SO UPS», ABS Elektro, Russia)
S.5-29. Particular qualities of configuration of relay protection systems in power grids using current limiter devices based on high-temperature superconductivity (SFCL)

A. Voloshin, A. Kovalenko, S. Danilov, D. Degtyarev (Center NTI MPEI, Russia)
S.5-30. Automated system for calculating the RPA setpoints

S. Abakumov, A. Vishtibeev, S. Gayazov, E. Nadobnaya, D. Savvin, E. Erekaikin (JSC «STC UPS – Emergency Control», Russia)
S.5-31. Software package «ARU RZA» — automation of selection and analysis of parameters of operation of PACS

V. Efremov, Malchugina A., Tanygina A, Efremov A. (Relematika LLC, Сhuvash State University named after I.N. Ulyanov, Russia )
С.5-32. Aspects of calculating operating parameters of protection, automation and control devices in non-standard modes

L. Koshkareva (National Research University "Moscow Power Engineering Institute", Russia)
S.5-33. Operational features of relay protection controlled by magnetization of shunt reactors in various network operation modes

Ya. Artsishevsky, B. Bat-Erdene, V. Balashov (NRU "MPEI", Russia)
S.5-34. Step correlation protection at SPEF with commutation of a low power resistor in a network of 6-35 kV

V. Shuin, T. Shadrikova Ivanovo State Power Engineering University named after V.I. Lenin, Russia)
S.5-35. The concept of building of universal protection against earth faults
in compensated and uncompensated 6-10 kV cable networks and methods for its implementation

16:30–18:30
Hall B

Round-table discussion «Reliability of the RPA and the influence of the human factor»
Round Table
PACS reliability and human factor influence

Co-chairmen:
A. Zhukov (SC «SO UPS», Russia)
A. Voloshin (NTI MPEI Center, Russia)
A. Shapeev (Bresler, Russia)

Day three

08:30–10:30
Hall А

Section 1: Development, engineering, adjustment and use of PACS at the digital substation: trials and practical results

Co-chairs:
A. Voloshin (NTI MPEI Center, Russia)
A. Shemetov (FGS UES, Russia)

S.1-1. Experience with IEC 61850 process bus in Statnett R&D project Digital Substation
R. Loken (Statnett, Norway)

С.1-2. Application of optical current transformers at the digital substation
R. Loken (Statnett, Norway)

S.1-3. Optical/Digital Substation (ODS)
Jorge Cardenas (Adneli Consultant, Spain)

S.1-4. Technical solutions for the use of optical transformers in the construction of digital substations. Implementation Experience. Benefits and challenges
M. Yanin (JSC "Profotek", Russia)

S.1-5. Practice and prospects of using digital measuring current and digital measuring voltage transformers for relay protection and automation
V. Lebedev., A. Yablokov, G. Filatova, N. Kuzmin, A. Panamarenko, E. Shehurina (ISPU, Russia)

S.1-6. Experience in setting up and operating a Digital Substation 330 kV «Metallurgicheskaya»
E. Voitenko (RUE Gomelenergo, Belarus)

S.1-7. TOPAZ digital substation. Construction principles and operating experience
N. Dorofeev (LLC "PLC technology", Russia)

S.1-8. Conceptual Effects of the Use of Cluster Digital Substations
D. Ferbikov, M. Khlystov, R. Neustupkin (RASU JSC, Russia)

08:30–10:30
Hall B

Section 4: Use of PMUs to improve the efficiency of the electric power system

Co-chairs:
A. Zhukov (SC «SO UPS», Russia)
N. Voropay (Energy Systems Institute (ESI) SB RAS, Russia)

S.4-1. Worldwide experience in large WAMS solutions (>1000PMUs) – hierarchy, applications, integration with SCADA/EMS
O. Bagleybter, S. Cebotari, A. Gillies (GE Renewable Energy, Great Britain)

S.4-2. Application of PMU data in tasks of monitoring the operation of generating and network equipment of power stations and substations
A. Zhukov, D. Dubinin, L. Andreeva (SO UPS, Concern Rosenergoatom, Russia)

S.4-3. Development of Synchrophasor Measurement Theory
A. Mokeev (NARFU, Russia)

S.4-4. Diagnostics of torsion oscillations of generators based on synchronous measurements
P. Kazakov, O. Bagleybter, S. Cebotari, R. Barba (RTSoft, Russia, GE Renewable Energy, Great Britain)

S.4-5. Research, monitoring and visualization of global inter-area low frequency oscillations in the United power system of Russia
O. Opalev, E. Sacuk (SO UPS, Russia)

S.4-6. Load shedding value estimation for phasor measurements based emergency
K. Aprosin, A. Hohrin, J. Ivanov (Prosoft-System, Russia)

S.4-7. Prevention of Cascading Events and Power System Blackouts using PMU-based Intentional Controlled Islanding
V.Terzija, P.Vorobev ( Shandong University, China; Skoltech, Russia)

S.4-8. Effectiveness estimation of centralized backup protection that based on distributed measurements
K. Aprosin, M. Pospelova, M. Porozkov, J. Ivanov (Prosoft-System, Russia)

10:30–11:00

Coffee-break

11:00–12:30
Hall А

Section 1: Development, engineering, adjustment and use of PACS at the digital substation: trials and practical results (continue)

Co-chairmen:
A. Voloshin (NTI MPEI Center, Russia)
A. Shemetov (FGS UES, Russia)

S.1-9. Experience in setting up and operation of microprocessor protective relay for digital substation
E. Egorov, I. Koshelkov, M. He, N. Toyderyakov (Ltd RPE “EKRA”, Russia)

S.1-10. Specifics of PACS testing at different stages of the life cycle
A. Shalimov (OOO SPE DYNAMICS, Russia)

S.1-11. IED time synchronization on substations
R. Plakidin, P. Seitov, V. Bovykin («Engineering center „Energoservice“», Russia)

S.1-12 Metrological performance and application experience of merging units
R. Plakidin, S. Pisckunov, D. Popov, A. Sosnin, A. Mokeev («Engineering center «Energoservice», Northern (Arctic) Federal University, Russia)

S.1-13. Ways to transmit GOOSE messages between substations for PAC systems
V. Kharlamov, S. Romanov, A. Khasanov. (Unitel Engineering LLC, Russia)

S.1-14. From project to object. Digital substation development challenges and solutions.
P. Varganov, N. Parshikov, A. Donskoy, D. Udikov (JSC “CHEAZ”, Russia)

11:00–12:30
Hall B

Section 4: Use of PMUs to improve the efficiency of the electric power system

Co-chairs:
A. Zhukov (SC «SO UPS», Russia)
N. Voropay (Energy Systems Institute (ESI) SB RAS, Russia)

S.4-9. An application of synchrophasor measurements in pole slip protection units
K. Goryachevskiy, I. Sinyansky, N. Chechulina (JSC “STC UPS”, “PARMA” LLC, Russia)

S.4-10. Applying phasor measurements for monitoring critical EPS facilities when digital transformation of the energy sector
I. Кolosok, E. Korkina (Melentiev Energy Systems Institute, Russia)

S.4-11. Preventative Short Circuit Capacity assessment based on synchrophasor measurements
O. Bagleybter, S. Cebotari, N. Al-Ashwal (GE Renewable Energy, Great Britain)

S.4-12. Practical issues of processing of synchrophasor measurement data
A. Rodionov, A. Miklashevich, A. Popov, A. Mokeev
(Engineering center «Energoservice», NARFU, Russia)

S.4-13. Transmission line parameter estimation for various line configurations based on synchrophasor measurements
I. Ivanov, A. Zhukov, D. Dubinin (IGEU, SO UPS, Russia)

S.4-14. PMU-based estimation of electrical line parameters with compensation of CT and VT errors
O. Bagleybter, S. Cebotari, N. Al-Ashwal (GE Renewable Energy, Great Britain)

12:30-13:30

Lunch

13:30–15:30
Hall А

Section 1: Development, engineering, adjustment and use of PACS at the digital substation: trials and practical results (continue)

Co-chairs:
Janez Zakonjsek (SC В5 CIGRE, Slovenia)
A. Zhukov (SC «SO UPS», Russia)

S.1-15. Automated Synthesis of Optimized Digital Substation PACS Design Approaches
A. Voloshin, E. Voloshin, N. Gracheva (MPEI NTI Centre, Russia)

S.1-16 Information and tool for supporting the design process of ITS (relay protection and automation systems)
S. Vorobev (JSC "CSoft Development", Russia)

S.1-17. System of remote monitoring and operation automated analysis the relay protection devices (IED’s)
A.Rybakov, O.Fedorov, D.Dobryden, D.Yasko (JSC "RTSoft", PSJC "Rosseti", JSC "SO UPS", Russia)

S.1-18. Application practice of relay protection devices by various vendors on Gazprom Neft digital substation test site
M. Zavgorodnii (Electronmash JSC, Russia)

S.1-19. Experience in the development and application of SCD files throughout the lifecycle of a digital substation
N. Mararakina, A. Klepikovsky («TEKVEL», Russia)

S.1-20. Practical experience in commissioning and start-up of digital substations of the 3rd architecture
D. Afanasyev, V. Borovitskiy (TEKVEL, TUMENENENERGO, Russia)

S.1-21. Cross-platform solutions for digital substation
A. Voloshin, E. Voloshin, A. Kholodov, E. Rogozinnikov, A. Ryzhkov (Center NTI MPEI, Russia)

S.1-22. Application of cloud solutions for automated functional testing of Digital PACS
A. Lebedev, D. Blagorazumov (National Research University «Moscow Power Engineering Institute», Russia)

14:00–16:00
Hall B

Section 4: Use of PMUs to improve the efficiency of the electric power system (continue)

Co-chairs:
D. Dubinin Д.М. Дубинин (SC «SO UPS», Russia)
A. Mokeev (Energy Systems Institute (ESI) SB RAS, Russia)

S.4-15. Research on the possibility of improving transmission line parameter estimation in a synchrophasor-based fault location algorithm
I. Ivanov, F. Kulikov, A. Murzin (IGEU, Russia)

S.4-16. Synchrophasor measurements and digital substation technologies Integration
М. Petrov, A. Nemkovich (Parma, Russia)

S.4-17. Development of System for Monitoring of Automatic Excitation Regulators in UPS of Russia
F. Gaidamakin, R. Kadyrov, D. Utkin, A. Negreev ("AlteroPower" Ltd., JSC «SO UPS », Russia)

S.4-18. Using of synchronized vector measurements in the development of methods for damping low-frequency oscillations in power systems
M. Savvatin, T. Klimova (SO UPS, MPEI, Russia)

S.4-19. Multifunctional IEDs with digital substation and SPM technologies support
D. Ulyanov, V. Bovikin, A. Miklashevic, A. Mokeev, E. Khromtsov (Engineering center «Energoservice», NARFU, Russia)

S.4-20. Refinement of the power system state estimates using synchronized phasor measurements
A. Glazunova, E. Aksaeva (ISEM SO RAS, Russia)

S.4-21. Defining the power system frequency static response slope based on transient synchrophasor data
A. Berdin, A. Gerasimov, A. Zhukov, P. Kovalenko, A. Yudin (AlteroSmart LLC, JSC «STC UPS», «SO UPS», JSC, Branch of «SO UPS», JSC – Ural Interregional dispatch office, Russia)

S.4-22. Using Phasor Measurements to Implement the Digital Substation Protection Functions
K. Aprosin, A. Tavlintsev, S. Semenenko (Federal State Autonomous Educational Institution of Higher Education «Ural Federal University named after the first President of Russia B.N.Yeltsin», Russia)

S.4-23. Application of SPM for digital distribution networks
S. Piskunov, P. Andreev, A. Miklashevich, D. Ulyanov, A.Mokeev («Engineering center «Energoservice», 2Northern (Arctic) Federal University, Russia)

S.4-24. Discrete Fourier Transform options for enhancing the application of PMU measurements
V.Revyakin, S. Pletnev, T. Klimova (MPEI, Russia)

15:30–16:00

Coffee-break

16:00–17:30
Hall A

Round Table «Digital Substations»

Co-chairs:
A. Zhukov (SC «SO UPS», Russia),
G. Nudelman (VNIIR, Russia),
A. Voloshin (NTI MPEI Center, Russia),
A. Shemetov (FGS UES, Russia)

16:00–17:30
Hall B

Section 4: Use of PMUs to improve the efficiency of the electric power system (continue)

17:30-19:00

Wrap-up and Conclusions. Closing of the Conference