VIII Lightning Protection Conference
AGENDA

The Conference agenda is formed from papers sent by participants.

Below is the current agenda.

The duration of a speech (Russian) is 15 minutes and 5 minutes for questions.

The duration of a speech (English) is 20 minutes and 5 minutes for questions.

Simultaneous translation Ru-Eng is provided.

Wednesday, April 3, 2024
09:30 – 10:25
Registration of Conference participants
10:25 – 10:30
Welcome speech
Alexander Kornukh, Chairman of the Organizing Committee, Streamer Chief Officer
Vasily Vychegzhanin, Chairman of the Scientific Committee, Deputy Chief Engineer , Rosseti PJSC
SECTION 1. Physics of lightning and characteristics of the lightning activity. The patterns of lightning orientation and vulnerability of surface facilities.
10:30-10:35
Opening speech of the head of the section
E. A. Mareev
10:35-11:00
Lightning protection of 1 MV HV DC test power supply
Gavin Strelec
11:00-11:20
Numerical simulation of high-current lightning discharges
A.A. Sysoev
11:20-11:40
Lightning dynamics: nonlinear mechanism and polarity asymmetry
D.I. Iudin.
11:40-12:00
Ecological aspects of lightning activity in the high-voltage electric power industry
M.K. Yarmarkin
12:00-12:20
Induced overvoltages in 35 kV lines and below considering the real lightning impulse waveform and its parameters
G.S. Astafiev
12:20–12:35
Discussion of presentations and closing speech of the head of the section
E. A. Mareev
12:35–13:10
Coffee break
SECTION 2. Lightning protection regulatory framework: lightning discharge parameters, regulatory requirements and testing of lightning protection devices.
13:10–13:15
Opening speech of the head of the section
A. S. Gaivoronskii
13:15–13:40
Strategies for the optimal placement of surge arresters in distribution lines
Amedeo Andreotti
13:40–14:00
Measurement of resistance of earthing connections for overhead line poles without disconnecting the overhead ground wire
D.M. Nesterenko
14:00–14:20
Methodical guidelines for measuring the resistance of earthing connections for overhead line poles without disconnecting the overhead ground wire
A. S. Gaivoronskii
14:20–14:40
Calculation of the total number of lightning outages for 110-220 kV overhead lines
S.L. Shishigin
14:40 - 15:30
Coffee break
15:30–15:55
Lightning overvoltages caused by direct lightning strokes on hybrid overhead lines
Alexandre Piantini
15:55–16:15
Assessment of lightning-surge proofness for 110 kV double-circuit overhead lines with application of new-generation type of LLPDs
N.D. Zaretskii
16:15–16:35
Standards, methods and means of testing aviation materials and equipment against lightning discharges
G.A. Akomelkov
16:35–16:55
Regulatory documentation for overhead line lightning overvoltage protection devices manufactured using zinc oxide varistors.
S.S. Danilevskii
16:55–17:15
Improvement of the regulatory framework for lightning protection of oil and petroleum product pipeline transportation facilities
I.A. Khuziaganiev
17:15–17:35
Historical and modern aspects of Russian lightning protection development
A.V. Rotanov
17:35–17:50
Discussion of presentations and closing speech of the head of the section
A. S. Gaivoronskii
Thursday, April 4, 2024
08:30 – 09:00
Gathering of Conference participants
SECTION 3. Lightning protection of power facilities and experience of its exploitation.
09:00-09:05
Opening speech of the head of the section
V.V. Kotolivtsev
09:05-09:25
Lightning protection of electrical substations 35 kV and above, ROSSETI Ural PJSC
I.N. Dmitriev
09:25-09:45
Actual issues of increasing lightning-surge proofness of main power transmission lines of Main Power Network of the East company
A.Y. Kiselev
09:45-10:10
A preliminary analysis for the setup of Surge Arc Suppressors on medium voltage wind farms networks in Brazil
Thair Ibrahim Abdel Hamid Mustafa
10:10-10:35
Solutions for the new impacts of Environmental Climate Changes over overhead networks
Cláudio da Costa Teixeira
10:35-11:00
Distribution line flashover risk assessment: an approach integrating current peak-to-distance ratio and lightning stress evaluation on distribution class surge arresters
Fabio Napolitano
11:00–11:15
Discussion of presentations and closing speech of the head of the section
V.V. Kotolivtsev
11:15–11:50
Coffee break
SECTION 4. Lightning protection means for high-voltage networks: lightning rods, protection devices, earthing connections, insulation.
11:50–11:55
Opening speech of the head of the section
G.V. Podporkin
11:55-12:20
Evaluating SAS vs. MOSA Technologies for Enhanced Lightning Protection on Distribution Lines
Florent Giraudet
12:20–12:40
Development of LLPDs for protection of 10 and 13.8 kV overhead lines from direct lightning strokes
G.V. Podporkin
12:40–13:00
New approach to design of LLPDs
E.Y. Yenkin
13:00–13:20
Protection of 110 kV overhead lines with overhead ground wire using new LLPDs
D. Kotkin
13:20–13:40
Adaptive model of processes during testing of LLPDs
D. Ivanov
13:40–14:00
The specifics of operation of earthing devices in pulse modes. Simulation
S.G. Magazinov
14:00–14:20
The specifics of operation of earthing devices in pulse modes. Experiment
S.I. Krivosheev
14:20–14:35
Discussion of presentations and closing speech of the head of the section
G.V. Podporkin
14:35 - 15:25
Coffee break
SECTION 5. Lightning protection and electromagnetic compatibility of low voltage power system equipment and information transferring networks. Regulatory requirements, principles, methods and means of protection.
15:25–15:30
Opening speech of the head of the section
N.B. Kutuzova
15:30–15:50
Regulatory support and tendencies of application and production of surge protection devices
N.B. Kutuzova
15:50–16:10
Features of parallel connection of varistors
I.V. Saenko
16:10–16:30
Experience in operating standard circuits for protecting signaling devices from lightning surges and the results of implementing improved solutions
M.V. Zhirnov
16:30–16:50
Method for predicting the in-service life of surge protection devices and technology of its implementation
V.A. Tukhas
16:50 - 17:20
Coffee break
17:20–17:40
Selection and import phaseout of surge protection devices for railway microprocessor equipment protection. Unification of the monitoring and analysis of surge protection device parameters
M.B. Kuznetsov
17:40–18:00
Challenges in electromagnetic compatibility and lightning protection of railway automatics and telemechanics
V.A. Shatokhin
18:00–18:20
Optic cable in the overhead ground wire, insensitive to lightning interference
I.V. Frolov
18:20–18:40
Development of gas-filled arrester using ultrasonic wave generator
M. Apolinskii
18:40–18:55
Discussion of presentations and closing speech of the head of the section
N.B. Kutuzova
18:55 – 19:00
Closing speech
Alexander Kornukh, Chairman of the Organizing Committee, Streamer Chief Officer
Vasily Vychegzhanin, Chairman of the Scientific Committee, Deputy Chief Engineer , Rosseti PJSC