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CIGRÉ AUCKLAND 2017University of Auckland, New Zealand
10th
– 15th
September 2017
Secure and Efficient Delivery of Energy: Enabled
by World Forum for Power Systems
CIGRÉ Programme
o Study Committee B5 Colloquium
and Annual Meeting
o Asia-Oceania Regional Council
Technical Meeting
o Administrative Council Meeting
Plenary & Paper
Sessions
Tutorial & Poster
Sessions
Administrative &
Working Group
Meetings
Women in Engineering
& Next Generation
Network Forums
Trade Exhibits, Tours
& Networking
2
SPONSOR
3
ABOUT CIGRÉ
CIGRÉ CIGRÉ (International Council on Large Electric Systems) is a permanent, non-governmental and
non-profit International Association. Based in France, CIGRÉ was founded in 1921. CIGRÉ is an
international organization dedicated to the development of the power supply sector through the
identification and the development of solutions to industry issues. With members in more than
80 countries, it is the leading worldwide organization on Electric Power Systems, covering their
technical, economic, environmental, operational, organisational and regulatory aspects.
CIGRÉ counts more than 3,500 experts from all around the world working actively together in
structured work programmes coordinated by the CIGRÉ 16 Study Committees, overseen by the
Technical Council. Their main objectives are to design and deploy the Power System for the
future, optimize existing equipment and power systems, respect the environment and facilitate
access to information.
CIGRÉ New Zealand The NZNC was accepted as a full CIGRÉ National Committee by the CIGRÉ Administrative Council
at its meeting held during the 2006 Paris Session. And since then we have been very active
nationally and internationally through the following engagements:
• Disseminate CIGRÉ information and maintain communication with local NZ members
regularly.
• Provide platform for presenting NZ expertise and experience to international
community.
• Provide point of contact for CIGRÉ Paris, the ANC and other National Committees.
• Take our place on world stage with the other CIGRÉ National Committees.
• Issue invitations to the main CIGRÉ Study Committees to hold meetings in NZ.
• Able to arrange and host Regional Conferences and Symposia like CIGRÉ Auckland
Symposium 2013.
• Participate as a member of the Asia Oceania Regional Council (AORC) of CIGRÉ.
• Provide formal links to other national and international bodies to benefit NZ industry.
• Promotion of member CPD activities with EEA, IPENZ, IET, IEEE and others in NZ
CIGRÉ AUCKLAND 2017 CIGRÉ AUCKLAND 2017 brings together experts and key players from power system industry
across Europe, America and Asia oceanic region to address the current challenges in delivering
secure and efficient energy. This major event is convergence of CIGRÉ’s administrative council
meeting, CIGRÉ B5 colloquium and CIGRÉ Asia-Oceania Regional Council’s technical meeting
which will thus offer an effective platform for business leaders, power system
engineers/consultants, generation transmission and distribution owners, system operators,
policy makers, regulators and academics from across the globe to share and discuss current
challenges and future directions for the secure and efficient delivery of energy.
4
The Department of Electrical and Computer Engineering, University of Auckland, which is CIGRÉ New Zealand National Committee (NZNC) Collective Member II, since its formation in 2006, is the event host. The organizing committee wishes all attending delegates a productive and engaged conference enjoying our great facilities at the business school.
5
TABLE OF CONTENTS
Welcome Note……………………………………………………………………………………………………………. 6
Local Organising Committee.…………………………………........................................................ 8
CIGRÉ Committees………………………………………………………………………………………………………. 9
Event Facts………………………………………………………………………………………………………………….. 10
AORC/B5 Conference Program……………………………………………………………………………………. 11
General Delegate Information…………………………………………………………………………………….. 12
Floor plan……………………………………………………………………………………………………………………. 13
Locations Map ………………..…………………............................................................................ 14
Conference Overview………………………………………………………………………………………………….. 15
Substation Tours…………………………………………………………………………………………………………. 17
Post Conference Tours ………………….…………………………………………………………………………… 19
Auckland Information…………………………………………………………………………………………………. 22
Welcome and Keynote Session……………………………………………………………………………………. 24
Panel Session……………………………………………………………………………………………………………… 26
Tutorial Session………………………………………………………………………………………………………….. 27
WIE Session………………………………………………………………………………………………………………… 28
NGN Session……………………………………………………………………………………………………………….. 29
Sponsors and Exhibitors……………………………………………………………………………………………… 30
AORC Programme……………………………………………………………………………………………………….. 31
AORC Sessions…………………………………………………………………………………………………………….. 33
B5 Programme……………………………………………………………………………………………………………. 43
B5 Programme Information………………………………………………………………………………………… 46
B5 Preferential Subject Sessions…………………………………………………………………………………. 48
AC Program Information…………………………………………………………………………………………….. 61
AC Program Schedule………………………………………………………………………………………………….. 62
6
WELCOME FROM CIGRE AUCKLAND 2017 ORGANIZING CHAIR
Kia ora All:
On behalf of the CIGRÉ AUCKLAND 2017 Organizing Committee, it is my privilege and great
pleasure to extend a warm Kiwi welcome to all our delegates, sponsors and exhibitors many
representing one or more of the three global CIGRÉ groups i.e. Administrative Committee, Study
Committee SC B5 (Protection & Automation) and Asia-Oceania Regional Council.
It has been slightly more than 2 years, since this journey began with firstly the bid to host CIGRÉ-
B5 (Protection and Automation) Annual Meeting and Colloquium being successful during the
2015 Colloquium held in Nanjing, China. A year later in 2016, during the biennial 46th CIGRÉ
session in Paris, we were lucky to also win the bids to host the 2017 CIGRÉ Asia-Oceania
Technical and Administrative Meeting and the 2017 CIGRÉ Administrative Council meeting.
Having led all the three successful bids, I would like to take this opportunity to express my
sincerest gratitude to Auckland Convention Bureau, which is part of Auckland Tourism, Events
and Economic Development (ATTED), who prepared all the bid documents professionally and
helped with the bid presentations which I strongly believe played a key part for winning amongst
very stiff competition from other desirable locations across the globe. CIGRÉ New Zealand
National Committee members have also been very supportive of these efforts and are delighted
for the opportunity to bring together the 3 different strands of this global membership driven
family together here ‘down-under’.
This might be one of the very few, if not the first, when CIGRÉ SC Colloquium/Annual meeting,
closed-room Administrative council annual meeting and a Regional group meeting with their
annual technical sessions are happening simultaneously in one location. This naturally means
that the traditional culture and practices of the CIGRÉ groups need to be met along with a
blended program that appears seamless and representative to the global attendees who might
be representing countries, institutions/ companies and as individuals. At the outset, we would
like to acknowledge the patience and accommodation that each one of you extended before
arriving here, as the organizing committee worked through the details and help establish a
cohesive and integrated program that hopefully satisfies each one of your expectations and
positive experiences during this conference.
At the time of sending this handbook to the printers we have about 230+ pre-registered
delegates from about 40 countries. During the actual meeting, we expect some more local
participants to register.
7
WELCOME FROM CHAIR
In particular, I would like to thank Dr Rob Stephen-President CIGRÉ, Dr Iony Patriota de Siqueira -
Chairman CIGRÉ SCB5 and CIGRÉ India-Current AORC Chair & Secretariat for their support and
advice during the program preparation and their agreeing to active participation during the week
long planned official and social events.
At this stage, I would also like to say a big ‘Nga mihi’ (Thanks) to our CIGRÉ NZ members of all categories like individuals, Collective I, Collective II and Student Members for being part of the local program that will capture and showcase of the electrical power systems challenges, opportunities, experiences and engagements from New Zealand. There is active participation across the various events from Kiwi engineers, leadership, researchers, affinity groups- ‘Students, Women, New Generation Network’ and engineering societies which represents the breadth of New Zealand power systems, whose history is about 135+ years.
The tag line for this conference is “Secure and Efficient Delivery of Energy: Enabled by World Forum for Power Systems” and will have a plenary session on Monday which will address this from a global CIGRÉ perspective and viewpoint of the largest NZ distribution utility. During Tuesday’s plenary session, we have arranged an exciting panel to showcase New Zealand’s flavour to the conference theme by bringing in one panellist each from distribution, generation and research/academia sectors, all of whom are either CIGRÉ NZ Collective I or II membership, to share how they view the changing landscape of NZ electricity lifeline infrastructure. These panellists represents sectors that are consumers of High Voltage Transmission which is historically the dominant CIGRÉ membership class.
We hope that the 5 day formal program of events along with working group meetings and post-conference tours during the weekend will provide a roadmap for CIGRÉ, an organization formed in 1921, to inspire new ideas for a collaborative leadership of sustainable energy issues in the next 100+ years.
A special thanks to all the volunteers, sponsors and exhibitors for the preparation and help towards actual conduct of this 6-day event.
On behalf of the organizing committee I thank you for your participation and supporting CIGRÉ AUCKLAND 2017. I wish you all a great event full of new ideas, networking opportunities and showcasing the new technologies and strategies that will shape our sector in coming decades. For those of you who are here for the very first time, please take time to explore locally and nearby across our beautiful landscape and experience the friendly hospitality.
Nga Mihi,
Nirmal Nair Chair CIGRÉ AUCKLAND 2017 Organizing Committee
8
CIGRÉ AUCKLAND 2017 Local Organising Committee
ORGANIZING COMMITTEE MEMBERS
CIGRÉ AUCKLAND 2017 ORGANIZING COMMITTEE
Nasser Faarooqui B5 Program Co-ordinator
PhD Scholar,
University of Auckland
Sainbold Saranchimeg AORC TM Co-ordinator
PhD Scholar,
University of Auckland
Dr. Nirmal Nair Chair
NZNC Sec, NZ B5 rep,
University of Auckland
Rebecca Marx Co - Chair
NZNC Chair,
Mitton Electronet
Stephanie Szmurlo Event Manager
Event Services,
University of Auckland
Doug Ray AORC Technical Chair Senior Capital Investment
Engineer, Vector Limited
Duncan Kaniaru Organizing Secretary
PhD Scholar,
University of Auckland
Dr. Waqar Qureshi CIGRÉ NGN Co-ordinator
Senior Transmission Advisor
Mercury
Samad Shirzadi AORC Special Reporter
Coordinator
PhD Scholar,
University of Auckland
Paige Studer Publication Chair
Visiting Scholar
Massachusetts Institute
of Technology, USA
9
CIGRÉ COMMITTEES
CIGRÉ Administrative Council 2017
CIGRÉ B5
Philippe Adam Secretary General,
Ecole Centrale de Paris (FRA)
Dr. Rob Stephen President
Eskom (SA)
Mark Waldron Technical Council Chair
National Grid, UK
Michel Augonnet Treasurer
Alstom Group (FRA)
Dr. Iony Patrioto de Siqueira Chairman
Tecnix (BRA)
s
e
r
t
p
h
o
t
o
h
e
r
e
Rannveig Løken Secretary
Statnett (NOR)
Dr Subir Sen Chairman (IND)
CTU planning and Smart
Grid
Mr. Mr P.P. Wahi Secretary (IND)
Central Board of Irrigation
and Power
Mr Vishan Dutt Assistant Secretary, CIGRÉ India (IND)
Central Board of Irrigation and Power
CIGRÉ AORC
10
CIGRÉ AUCKLAND 2017 EVENT FACTS
CIGRÉ AORC TM The Asia-Oceania Regional Council of CIGRÉ (AORC-CIGRÉ) was formed in 2000 to coordinate and
promote CIGRÉ activities in the Asia-Oceania region and foster closer technical cooperation among
the member countries. 58 abstracts were received from 30 countries, out of which 46 were invited
to submit a full paper. 38 of those papers will be presented, facilitated by a special reporter and a
Chair arranged across 8 sessions during 2 days
CIGRÉ B5 Colloquium CIGRÉ B5 is highly specialized study committee consisting of protection and automation experts
from all over the world. 63 papers, across 3 preferential subjects, from around 20 countries were
finally selected. The special reports were circulated well in advance and responses to these will be
delivered during the colloquium sessions during 2 days. A poster session has been arranged for
authors to present their paper and interact with the attending delegates.
CIGRÉ Administrative Council CIGRÉ AC consists of industry leaders from across the globe. This includes the President of CIGRÉ, a
representative of each National Committee (NC), the Chairman of the Technical Council, the
Treasurer, the President of IEC (International Electrotechnical Commission) and previous Presidents
of CIGRÉ. Officers or their representative from 39+ countries, as of 1st of September 2017, have
confirmed attendance for the CIGRÉ Administrative Council closed room meeting.
11
AORC/B5 CONFERENCE PROGRAM
Date/Time
SundayThursday
Friday
7.30 - late
8.30-10.00Local Industry
Keynotes
B5 Special
Reporter, WG
Meeting,
Substation tours
AORC Substation toursColloquium
PS1B5 Study Com
mittee
10.00-10.30
10.30-12.30AORC
Presentation
Working Group
Meetings/Tutorial
Advisory Group
Meeting
AORC
Presentation
B5 Special
Reporter, WG
Meeting, KM
S
Session,
Substation tours
AORC Substation toursColloquium
PS1B5 Study Com
mittee
12.30 -14.00
Registration desk
opens (13.00 -
16.00)
14.00-15.30AORC
PresentationThem
atic Meetings
AORC Council Meeting
NGN
ForumColloquium
PS2Colloquium
PS3B5 Study Com
mittee
15.30-16.00
16.00-17.30AORC
PresentationThem
atic Meetings
AORC Council Meeting
Colloquium PS3
B5 Study Comm
ittee
17.30-19.00
19.00 - LateB5 Revenge Dinner
(Offsite: Markavino)
B5 SC Optional Dinner
(Offsite: Cruise) Others
can join (Separately
Ticketed)
Registration desk opensTrade Exhibition
Welcom
e and Keynote Session
CIGRE AUCKLAND 2017 Banquet (Pullman)
Trade Exhibition &
Joint CIGRE Welcom
e Function
AORC Dinner (Offsite: Markavino)
Lunch / Wom
en in Engineering Forum
Afternoon tea
Morning Tea
Lunch
Afternoon tea
Morning Tea
Tutorial
Tutorial
Morning Tea
Lunch
Afternoon tea
Morning Tea
Lunch
Afternoon tea
Colloquium PS2
Working Group
Meetings
Working Group
Meetings
B5 Poster Session
B5 Poster Session Strategic
Advisory Group Meeting/KM
S
Session
CIGRE AUCKLAND 2017: B5 COLLOQUIUM, AORC TM
COMBINED PROGRAM
ME
Wednesday
Monday
Tuesday
12
GENERAL DELEGATE INFORMATION
GENERAL INFORMATION Registration desk Registration and information support will be based on Level 0 of the Owen G. Glenn Building (OGGB) of the University of Auckland.
OGGB (AORC and B5) Monday, 11th September 7:30 am onwards
Tuesday, 12th September 7:30 am onwards
Wednesday, 13th September 7:30 am onwards
Thursday, 14th September 7:30 am onwards
Pullman Hotel (AC)
Tuesday, 12th September 7:30 am – 10:30 am
Badges Name badge will be provided at registration and should be worn at all times.
Papers B5 papers will be made available to registered B5 delegates through the CIGRÉ NZ
website using this link (http://CIGRÉauckland2017.org.nz/b5-technical-session-
papers/). AORC TM papers will be made available to registered AORC delegates
through a flash USB that can be collected while registering.
Cloakroom Limited cloakroom and luggage space will be available within the registration desk
at the OGGB building. Items left at reception must be collected during offered
hours.
WIFI (OGGB) WIFI at OGGB will be available for all three streams of delegate. Please choose uoa
guest wifi. This will start on 11/09/2017 and will expire on 15/09/17
username - cigrezericwoz
Password - eMRrl9d9
For B5 delegates who have a meeting on the 10th they will choose uoa guest wifi.
This will only be available on the 10/09/2017
username - cigrekansxegv
password - rtsiBHEy
13
FLOOR PLAN
OGGB Floor Plan
14
LOCATIONS MAP
15
CONFERENCE OVERVIEW
PLENARY SESSIONS
There are official sessions that all the three delegate streams can attend. They include
the following:
SESSION LOCATION DAY/TIME
Welcome and Keynote 0GGB 4 Monday, 8.30 – 10.00
Panel Discussion OGGB 4 Tuesday, 8.30 – 10.00
B5 Tutorial OGGB 4 Wednesday, 8.30 – 10.00
Women In Engineering (WIE) Decima Glenn Wednesday, 12.30 – 14.00
Next Generation Network (NGN) Case Room 2 Wednesday, 14.00 – 15.30
SOCIAL EVENTS
Welcome Reception, Monday
The Welcome Reception will take place in the Owen G Glenn Building on Monday 11th
September, between 17.30 – 19.00 hrs. Canapes and drinks will be served. This is a
fantastic opportunity to network with colleagues old and new.
AORC TM Conference Dinner, Tuesday
The AORC TM dinner will take place in the Markovina Vineyard Estate on Tuesday 12th
September starting 19.00 till late. Transport will be made available and further details
with regards to this will be communicated at the registration desk. This dinner is
included in the fees for all AORC Stream Delegates. Guest tickets are available for
purchase for those who have registered attending B5 Colloquium or Administrative
Council conference stream.
CIGRÉ JOINT Conference Dinner, Wednesday
The CIGRÉ joint conference dinner will take place in the Pullman Hotel on Wednesday
11th September starting 19.00 till late. The CIGRÉ Joint Conference Dinner is included in
the fees for all three delegate streams. Guest tickets are available for purchase.
16
CONFERENCE OVERVIEW
SOCIAL EVENTS (CONTD)
B5 Colloquium Conference Dinner, Thursday
The B5 Colloquium dinner will take place in the Markovina Vineyard Estate on Thursday
14th September starting 19.00 till late. Transport will be made available and further
details with regards to this will be communicated at the registration desk. This dinner is
included in the fees for all registered B5 Colloquium Delegates. Guest tickets are available
for purchase for those who have registered to attend the AORC TM or Administrative
Council track.
Harbour Dinner Cruise, Friday
Join your colleagues on a 3-hour long Harbour cruise, complete with dinner and drinks on
a luxury catamaran. Dinner Cruise tickets are not included in registration packages and
must be purchased as an additional social function.
*Note that a minimum of 40 guests are required with a maximum of 150 guests
17
SUBSTATION TOURS
SUBSTATION TOURS
Local substation tours will be offered during the CIGRÉ conference. Spaces are limited and
will be allocated on a first-come first serve basis. A registration link will be sent to all
registered delegates as soon as all details have been confirmed. The substation visits for
have been arranged as follows:
Delegate Stream Day/Date/Time Substation
Administrative Council Monday, 11th, 14.00 – 17.00 Glenn Innes Substation
B5 Tuesday, 12th, 8.30 – 12.30 Hobson Street Substation
Henderson Substation
AORC TM Wednesday, 13th, 8.30 – 12.30 Hobson Street Substation
Henderson Substation
Hobson Street Substation/Henderson Substation (AORC/B5)
Transpower (transmission operator), in conjunction with local electricity distributor and
infrastructure company Vector, redeveloped Hobson Street Substation in 2012 to
reinforce power supply to the Auckland CBD. The Hobson Street Substation is connected
to the 220 kV (NAaN) cable circuit between Penrose (to the South) and Wairau Road (to
the North), supplying power through Auckland and to North Auckland. The 220 kV
equipment is all GIS (Gas Insulated Switchgear) with a 220/110 kV, 250MVA transformer
(T12) that connects to Vector’s 110kV sub-transmission system. This is a great chance to
see both the Transmission and Distribution side of Hobson Street Substation during the
tour.
Henderson substation is split into two main switchyards, one for the 220 kV equipment
and one for the 110 kV equipment. Following a recent outdoor-to-indoor conversion
(ODID), the 33kV switchgear is contained within an indoor building. There are four
transformers, two 220/110/11 kV and two 220/33 kV transformers. The site also has
several historical buildings no longer operational and a transformer refurbishment
workshop is extensively used by Service providers. The protection panels are in two areas
of a traditional control room.
18
SUBSTATION TOURS
The itinerary for Hobson Street /Henderson substations is as follows:
8:30 Meet in front of Owen G. Glenn Building
8:40 Bus Departure from Owen G Glenn Building
9:00 Tours of Hobson and Henderson substation
12:30 Return to Owen G. Glenn Building for lunch
Glen Innes Substation (AC)
This substation consists of a Battery Energy Storage System (BESS) which is one of the
largest grid-connected Tesla Powerpack in the southern hemisphere. The facility includes
24 Tesla Powerpacks totalling 1 MW/ 2.3 MWh at the Glen Innes substation, originally
installed in 1954. Equivalent to powering 450 average homes for 2.3 hours – the BESS
allows Vector to continue to provide a secure, reliable power supply and, in addition, the
technology is modular and movable, meaning it can be relocated to other sites if
required.
The itinerary for this substation is as follows:
13:30 Meet in front of OGGB
13:45 Bus Departure from OGGB
14:00 Tour of Glen Innes substation
16:30 Return to OGGB
19
POST CONFERENCE TOURS
POST-CONFERENCE TOURS
Three post conference tours will be available for the delegates. All tours should be
booked and paid for directly via our tour operator, Exclusive Tours. Please note all tours
have limited spaces available that will be confirmed by full payment. Sharron and her
colleague will maintain a desk at limited times during conference within the exhibition
space and can further assist with flights required for the below tours prior to your arrival
in New Zealand.
Northland and Bay of Islands (14th – 15th September)
This is a 2-day tour that will start from the 14th of September and will include a
Geothermal site visit, 1 night at Kingsgate Hotel Autolodge and breakfast on Friday. The
price per person is dependent on the room choices:
• Per person on a twin / double basis is NZD$345.00.
• Per person on a single basis is NZD$460.00.
Friday will be a free day in Paihia. Local tours (*not included in the package) within the
day can be arranged with guidance of the tour operator. It may include: Cape Reinga Day
Trip, Hole in the Rock Dolphin Cruise, Play golf at Waitangi Golf Course
(www.waitangigolf.co.nz), Visit to historic town of Russell (www.russellnz.co.nz) and Visit
to Waitangi Treaty Grounds (www.waitangi.org.nz).
*Note that a minimum of 20 persons are required.
20
POST CONFERENCE TOURS
Wellington/Windfarm tour (14th – 15th September or 17th – 18th September)
This is a 2-day tour starting either on the 14th or the 17th of September. The prices below
of the tour includes transportation (from Wellington), West Wind Farm visit, 1 night at
Copthorne Hotel Wellington Oriental Bay, breakfast on day 2 (15th or 18th).
• Per person on a twin / double basis is NZD$270.00.
• Per person on a single basis is NZD$415.00.
It is proposed that on day 1 the participants should meet for dinner at Mac’s Brew Bar
and Restaurant, 4 Taranaki Street, Wellington to plan the day ahead.
Since the technical tour is day 2 the whole morning, day 1 and day 2 afternoon can be
arranged for local site visits in wellington. This may include: Museum visits, Visit to the
botanic gardens, cable car among many more.
*Note that the participants should make their own arrangements for arrival and
departure in Wellington.
*Note that a minimum of 40 guests are required with a maximum of 150 guests
21
POST CONFERENCE TOURS
QUEENSTOWN with Clyde Dam Tour (18th September)
This is a 1-day tour starting on the 18th of September. The price below of the tour
includes transportation, Clyde Dam visit / site inspection, wine tasting, platter lunch.
• Per person is NZD$140.00.
*Note that the participants should make their own arrangements for arrival and
departure in Queenstown.
*The number of spaces for this tour is 20.
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AUCKLAND INFORMATION
Shopping Auckland offers a diverse, world-class shopping experience. Queen Street tops the list of
shopaholics. Every shop, café and restaurant is different, but there’s a strong sense of
community in Karangahape Road (K’ Road). Ponsonby Road Auckland’s retail heaven
have plenty of stores offering exclusive New Zealand-made gifts, jewellery and crafts –
always a great buy. Takapuna a north Auckland suburb, only 15 minutes from the city,
has an enviable beach lifestyle and shopping to match. It’s a great place to shop for Kiwi
designs and New Zealand-made handicrafts. Sylvia Park is arguably the biggest and best
Auckland has to offer in the way of all-in-one malls. Ticking all the boxes, Sylvia Park has
a cinema, a variety of dining, cafe and fool hall options available, as well as a wide range
of stores suitable for most budgets and ages, some of which are exclusive outlets found
only in Sylvia Park. Dressmart (Arthur Street, Onehunga), Smith and Caughey's (Queen St,
CBD), Lynn Mall and Albany Westfield are some of the other popular shopping centres.
Dining
Whether it is fine dining or casual, Auckland has a plethora of options that can be found
all over the city. Choose from a great selection of cafés and restaurants at popular
waterside precincts Wynyard Quarter and Viaduct Harbour. Discover eclectic eateries
and bars at the stylish Britomart precinct, enjoy a casual bite and award-winning cuisine
on Federal Street or visit City Works Depot for food and craft beers with a kiwi twist. The
inner suburbs also have much to offer. Don’t miss the hip Ponsonby Central area, with its
laneway of stylish bars and street vendor-style eateries and an organic produce market. If
you’re keen to pick up fresh gourmet treats, head to Parnell’s French Style Farmers’
Markets every Saturday and Sunday morning. For the serious foodies, there’s no better
way to uncover the city’s superb cuisine than with a behind-the-scenes guided food
tour – you’ll visit the best foodie spots, meet local producers and enjoy tastings as you
go. For more information visit http://www.newzealand.com/int/plan/business/the-
auckland-tastebud-tour/
23
AUCKLAND INFORMATION
Things to do in Auckland Adventure in the City Leave Auckland with no regrets and having pushed all your limits. Try a Sky Jump from the iconic Sky Tower, or walk it's edge - 192 metres above ground level! And if that's not enough, head to the Auckland Harbour Bridge for New Zealand's only Bridge Climb or bungy into the Waitemata Harbour. Epic!
Rangitoto Island It is a dormant volcanic cone that sits just off the coast from the central city. Take a short ferry from the city to walk or do a guided tour to the summit for spectacular views, or glide across the harbour via paddle power on a sunset kayak tour.
Waiheke Island Waiheke Island is the ultimate island retreat, just a 35-minute ferry ride from downtown Auckland. Known as the 'island of wine' for its many wineries and vineyards, a wine tasting tour is a must. Enjoy a day trip and explore the beaches, restaurants and other activities on the island.
Great Barrier Island A boating paradise, Great Barrier Island shelters Auckland’s harbour from the relentless swells of the Pacific Ocean. Covered in lush native forest, hike the Aotea Track, visit the rare wildlife of Glenfern Sanctuary or relax on Medlands Beach. Either Go Great Barrier Island Tours or Sundancer Tours offer great ways to see the island.
Matakana Matakana’s beautiful beaches, boutique vineyards, local arts scene and picturesque village with a superb farmers' market make this region a divine destination. For a day of exploring and wine tasting, indulge in a deluxe vineyard tour with Great Tastes Matakana.
West Coast Beaches & Waterfalls Less than an hour from Auckland City lie the wild west coast beaches, where the Tasman Sea meets long, vast stretches of black sand and rainforests featuring waterfalls just beyond. Visit Muriwai Beach to see the impressive clifftops and gannet colonies or head to Piha, a popular surf beach, and Karekare, made famous as the backdrop for the film The Piano.
24
PLENARY SESSION 1 Date: 11th September 2017, Time: 8:30 – 10:00
CIGRÉ AUCKLAND 2017 WELCOME
Venue: OGGB 4, Time:8.30-9.30 Opening with a traditional Maori welcome, this session will include introductions from the key local organizing
members and their international CIGRÉ leadership counterparts.
Nirmal Nair (Master of Ceremony) Nirmal Nair has BE from M.S. University, Baroda, ME in High Voltage from IISC and
PhD from Texas A&M. He has held industry, research & academic posts in India, USA
and NZ. Currently, he is an Associate Professor in Electrical & Computer Eng. at
University of Auckland. He works on protection, renewable grid integration,
electricity markets, blackouts, restoration & resilience and engages on industry
projects through consultancy. He is passionate about life-long-learning, energy
policy, innovation and media outreach. He is actively involved with IEEE Power &
Energy Society and NZ Electricity Engineers Association (EEA). He is CIGRE NZNC
Executive Committee member and its AORC representative since 2008, elected as
Secretary (2014-17) and Observer Member for CIGRE B5 (Protection and Automation)
since 2010 participating and leading working groups He led the three bids to host
2017 CIGRE AUCKLAND events and is the Chair of its organizing committee.
Nic Smith Professor Nic Smith has been Dean of Engineering at The University of Auckland since August 2013. He studied both his Batchelor of Engineering and a PhD at the University of Auckland in the Department of Engineering Science and is a Fellow of the Newton Institute University of Cambridge, NZ Royal Society and IPENZ. He has authored over 150 peer reviewed journal publications, and is the lead-author on
several patent applications filed with the United States and European Patent Offices, which outline intellectual property covering the development of anatomically based physiological models and specific applications.
Rebecca Marx Rebecca is the chairman of CIGRÉ New Zealand. Her CIGRÉ involvement started in
2011 when she helped form the CIGRÉ Next Generation Network (NGN) and
subsequently became chairman of this group. She is an engineer for Mitton
ElectroNet with seven years’ experience in the Transmission industry, being involved
since graduating from University. Her experience includes secondary circuit design,
protection settings, Power Factory modelling, and project management. Rebecca is
passionate about her career and regularly visits secondary schools to promote the
field of Electrical Engineering as a Futureintech Ambassador.
Rob Stephen Dr. Rob Stephen was born in Johannesburg South Africa. He graduated from the
University of Witwatersrand in 1979 with a BSc Electrical Engineering degree. He
joined Eskom the electrical utility in 1980. He holds both MSc, MBA degrees as well
as a PhD in overhead line design. He is currently the Master Specialist in the
Technology Group in Eskom and is responsible for distribution and transmission
technologies of all voltages covering both AC and DC. He is the past chairman of
CIGRÉ SC B2 on overhead lines, and has held positions in CIGRÉ of Special Reporter
and working group chairman and has authored over 100 technical papers. He was
recently elected International President of CIGRÉ.
25
PLENARY SESSION 1 Date: 11th
September 2017, Time: 8:30 – 10:00
CIGRÉ AUCKLAND 2017 WELCOME
Venue: OGGB 4, Time:8.30-9.30 Iony Patriota de Siqueira
Iony Patriota de Siqueira holds a D. Sc. in Electrical Engineering, an M.Sc. in
Operations Research, and an MBA in Information Systems. He is a member of IEEE
and IEC-TC 57, Chairman of CIGRÉ Study Committee B5 on Protection and
Automation, convener of CIGRÉ WG B5.64 on Methods for Specification of
Functional Requirements of Protection, Automation, and Control and JWG BR-
B5/B3/A2.01 on Reliability-Centered Maintenance. He is a recipient of CIGRÉ
Technical Committee Award in 2003, and the Brazilian Engineering Premium in
2012 for his contributions to Energy Sustainability. He has authored three books
about Maintenance, Management Science and Risk Analysis and co-authored one
book on Operations Research.
Doug Ray Doug oversees Vector’s capital investment engineering scopes, business cases,
asset strategies, asset management planning and capital expenditure justifications
for power system and new technology solutions and maintenance standards. He is
a strong advocate of risk-based safety in design, and customer focused energy
solutions. Working as a senior consultant for Parsons Brinkerhoff he won and
delivered fast-track design projects for Transpower, and as Vector’s Network
Projects Manager, and then Engineering Manager, delivered its performance-based
Capex and Opex programmes. Doug is active within the CIGRÉ Australia Substations
B3 Panel, CIGRÉ NZ Executive, the NZ Construction Clients Group, and its Safety in
Design standards workgroup.
Simon Mackenzie Simon Mackenzie is passionate about the power of technology to transform the
energy industry, and consumers’ lives. As Group Chief Executive Officer, Simon has
expanded and driven Vector’s portfolio of businesses to embrace innovative
technologies and strategies to deliver efficient, sustainable energy solutions to
consumers. Simon was appointed Vector’s Group Chief Executive Officer in 2008.
His tertiary qualifications include engineering, finance and business studies, and the
Advanced Management Programme at the Wharton School, University of
Pennsylvania.
CIGRÉ AUCKLAND 2017 KEYNOTE
Venue: OGGB 4, Time:8.30-9.30 The keynote will address CIGRÉ AUCKLAND 2017 theme as relevant to New Zealand largest distribution
utility, Vector Limited. In this talk titled "Secure and Efficient Delivery of Energy: Preparing for the future in
NZ", the CEO of Vector will present their forward-looking actions to date in this sphere, and their ‘view of the
future’ for delivery and integration of customer focused energy solutions, including how they are facilitating
that within the Electricity Market, Council organisations and the like in NZ and now University of Auckland.
This session will be moderated by Dr. Nirmal Nair, Chair of CIGRÉ AUCKLAND 2017.
26
PLENARY SESSION 2 Date: 12th
September 2017, Time: 8:30 – 10:00
Waqar A Qureshi (Facilitator) Dr. Waqar Qureshi is Senior Transmission Advisor for Mercury New Zealand where
he focuses on transmission planning and engineering project management. He is an
executive member of CIGRÉ New Zealand and actively involved in CIGRÉ Auckland
2017 conference. He holds Ph.D. qualification in transmission and large-scale wind
integration from the University of Auckland. He is also a certified Project
Management Professional (PMP) with Project Management Institute. He is
registered Chartered Professional Engineer (CPEng) and International Professional
Engineer (IntPE-NZ) with Institute of Professional Engineers New Zealand (IPENZ).
Phil Gibson Phil is responsible for managing hydro operations, wholesale market activities and
sales to large commercial and industrial customers at Mercury. Phil joined Mercury
in 2004 and has held a number of roles across the business including Wholesale
Markets Manager, and Head of Technology & Innovation in Consumer Markets.
Prior to joining the electricity industry, Phil spent six years in structural engineering
roles in Auckland, Wellington, and London.
Cristiano Marantes Dr. Cristiano Marantes is the Head of Engineering at Vector. He is responsible for the
planning of the future Vector electricity and gas networks. One of his key
responsibilities include the development and integration of new and innovative
technologies, (e.g. battery storage, micro-grids, electric vehicles, solar, demand
response). Prior to joining Vector Cristiano was the Head of Innovation at UK Power
Networks, which is the largest electricity network operator in the UK. He is
passionate about innovation, low carbon technologies and sustainability. Cristiano
has a PhD in Power Systems from The University of Manchester, UK, was a
noteworthy visiting lecturer at City University, London’s “Power Systems and Energy
Management” MSc, and an influential member of the Smart Grid Great Britain
Executive. Kevin W. Sowerby Kevin W. Sowerby received the B.E. and Ph.D. degrees in Electrical and Electronic
Engineering from the University of Auckland in 1986 and 1989, respectively. In 1990,
he returned to the University of Auckland to take up an academic post in what is
now the Department of Electrical and Computer Engineering, where he is now a
Professor. His research interests include wireless communications systems and, in
particular, methods for designing reliable high-capacity networks.
CIGRÉ AUCKLAND 2017 PANEL
Venue: OGGB 4, Time:8.30-10.00 The tag line for this conference is “Secure and Efficient Delivery of Energy: Enabled by World Forum for
Power Systems” and this panel session will showcase the New Zealand flavour by bringing in speakers
from distribution, generation and research/academia all of whom represent either CIGRÉ NZ Collective I
or II membership, to share how they view the changing landscape of electricity lifeline infrastructure.
These panellists represents sectors that are consumers of High Voltage Transmission, typically the
dominant CIGRÉ stakeholder.
27
PLENARY SESSION 3 (a) Date: 13th
September 2017, Time: 8:30 – 12:30
CIGRÉ AUCKLAND 2017 TUTORIAL
Venue: OGGB 4, Time:8.30-12.30 CIGRÉ develops technical knowledge through different activities, among them Colloquia and Tutorials. In
the last few years CIGRÉ Study Committee B5 prepared and presented various tutorials on subjects related
to Working Groups of the Committee. The tutorial will be held on Wednesday morning, 13th of September
2017. This year the topics presented will revolve around ‘Power Systems with highly Distributed Energy
Resources’. The sub-topics, with respective presenters, are as described below:
Rebecca Shaw ‘Power system architecture with distributed energy
resources: Example New Zealand’. Rebecca has 9 years of experience in the New Zealand power industry, working as
a design consultant at AECOM New Zealand Ltd, since graduating from Auckland
University at the end of 2007. In her time at AECOM, she has worked in a number
of roles, including design engineer, project/design manager and protection team
leader. She has primarily specialised in protection design, working on a number of
protection circuit designs and protection relay settings for various equipment
types. Rebecca is the Secretary of CIGRÉ Working Group B5.54 “Protection and
Automation Issues of Islanded Systems during System Restoration/Black Start".
Alexander Apostlov ‘Impact by more inverter based power penetration
on protection and control’. Dr. Alexander Apostolov received MS degree in Electrical Engineering, MS in
Applied Mathematics and Ph.D. from the Technical University in Sofia, Bulgaria. He
has 40+ years’ experience in power systems protection, automation, control and
communications. He is presently Principal Engineer for OMICRON electronics in Los
Angeles, CA. He is IEEE Fellow and Member of the Power Systems Relaying and
Control Committee He is past Chairman of the Relay Communications
Subcommittee, serves on many IEEE PES Working Groups and is Chairman of
Working Groups C2 “Role of Protective Relaying in Smart Grid”.
Herrmann, Hans-Joachim ‘Overview about the issues and the technical
solutions” Challenges with the integration of Distributed Energy
Resources in electric power grids DERs’. Dr. Hans-Joachim Herrmann studied electrical engineering and electronics on
Technical University of Dresden. He is the principal key expert protection and was
involved in all developments of the numerical SIPROTEC devices from Siemens.
He also drives innovations regarding new technologies in the field of protection.
In 1997, he published a book with the title “Numerical Protection” (in German)
and in his carrier more than 100 contributions on conferences and technical
papers. He holds 11 patents in the field of protection. In the present time, he is
active in the WG B5.24, protection requirements on transient response of voltage
and current digital acquisition chain (process bus).
28
PLENARY SESSION 3 (b) Date: 13th
September 2017, Time: 12:30 – 14:00
CIGRÉ AUCKLAND 2017 WIE SESSION
Venue: Decima Glenn, Time:12.30-14.00 CIGRE New Zealand welcome you to attend the 4th CIGRE Women in Engineering forum. Three incredible
leaders will share their career journeys, open up about when to say YES to opportunities, describe the
requirements of their current role, and how a company strategy can shape and underpin leadership. The
presentations will conclude with a networking lunch and a chance for everyone to ask further questions to
the presenters. This session will be moderated by Rebecca Marx, Chair of CIGRÉ New Zealand National
Committee.
Michelle Henderson Resource sector leader with a mechanical engineering background and experience
across industrial sites/ functional roles in New Zealand and Australia. Having
recently made the move from a GM role at Rio Tinto to the COO of PowerNet,
Michelle enjoys leading others in creating innovative teams that can solve
problems efficiently. She is a driven individual with high personal standards on
work ethic and output.
Rannveig Løken Rannveig Loeken’s special field of interest is protection and control for the
transmission system. She is currently the project manager in Statnett for a R&D
project related to Digital substation. She has many years of experience from her
position as Head of the Control and Protection section in Statnett. Since 2012
Rannveig has been the secretary of CIGRÉ Study Commitee B5. In addition, the
work in CIGRÉ Working groups is of great interest, she is currently a member of
WG B5.53. In addition, she is in the Advisory board of PAC world, Committee
member of DPSP, and Member of International Advisory Committee APAP.
Nikki Newham Nikki is a Chartered Professional Engineer with 15 years’ experience in the Power
industry. Her background in in electrical engineering specialising in power system
investment and transmission analysis, including postgraduate research in long term
power system modelling and investment optimisation. She currently leads the
System Planning team at Transpower in long term strategic grid planning,
transmission investment analysis, system engineering technical support and
regulatory approvals. Nikki has previously been a contributor to CIGRÉ WG C1.24
and continues to support engineering development through guest lectures and
mentoring support to early career professionals.
29
PLENARY SESSION 3 (c) Date: 13th
September 2017, Time: 14:00 – 15:30
CIGRÉ AUCKLAND 2017 NGN SESSION
Venue: Case Room 2, Time:14.00 -15.30 CIGRE New Zealand’s Next Generation Network (NGN) was formed in 2011 to help develop the next
generation of power engineering professionals and encourage members to join CIGRE NZ, network with
likeminded individuals and get involved in various working groups. The NGN forum will provide an insight
into life in the power industry after starting as a graduate and will include details on various interesting
projects plus explain some of the challenges that may be faced along the way. This session will be
moderated by Waqar Qureshi, NGN program Co-ordinator Committee.
Moonis Vegdani Moonis Vegdani received his Bachelor of Electrical and Electronic Engineering (First Class honours) from University of Auckland in 2011. Since then, he has worked with organisations such as AECOM Australia, Transpower and Mercury; partaking in large scale Australian Defence, Infrastructure, Renewable Energy and New Technology projects. Within these roles, Moonis has been able to deliver his strong interest in the application of emerging new technologies, engineering and design, new product development and product commercialisation. He has also gained experience in bringing new energy solutions to market through Corporate Venture building activities. Moonis has recently completed his Masters of Commercialisation and Entrepreneurship from University of Auckland and is currently working with Vector as a New Technology Lead.
Matt Shanks Matt Shanks leads AECOM’s Transmission and Distribution design team in Auckland.
He has worked in NZ, Australia and South-East Asia predominantly in the field of
substation design and HV cabling, on projects up to 500kV. Matt is an observer
member of SC B1 on HV Cables and is currently working on a high capacity 220kV
cabling project in Auckland. Recently Matt has worked as a construction project
manager for replacement of two 28MVA generator transformers and an outdoor
substation rebuild for a major NZ generator. He has an interest in soil thermal
resistivity testing and is working on a paper to predict soil dryout behaviour for NZ
soils.
Jasleen Kaur Jasleen is a Graduate Power Systems Engineer at Beca with two years’ experience
working on a number of large scale substation rebuild projects in New Zealand and
Australia. As a secondary systems design engineer, she has also gained valuable
experience working on arc flash hazard assessment studies and is currently working
on a range of renewable energy generation prospects. She is currently the Chair of
the IEEE Young Professionals committee for the NZ North Section. The group aims to
provide a platform for young professionals in the industry to collaborate and share
ideas for a brighter and smarter future. She leads the committee at hosting a range
of events and activities across the region.
30
SPONSORS AND EXHIBITORS
SPONSORS
EXHIBITORS
SUPPORTERS
31
AORC PROGRAMME
DAY 1 PROGRAMME MONDAY 11 SEPTEMBER
7.30 Registration desk opens
8.30 – 10.00 Keynote Speeches
(Lecture Theatre OGGB 4)
10.00 – 10.30 Tea
10.30 – 12.30 Paper Session 1 (a)
(Case Room 2)
Paper Session 1 (b)
(Case Room 3)
12.30 – 14.00 Lunch/Trade Exhibition opening
14.00 – 15.30 Paper Session 2 (a)
(Case Room 2)
Paper Session 2 (b)
(Case Room 3)
15.30 – 16.00 Tea
16.00 – 17.30 Paper Session 3 (a)
(Case Room 2)
Paper Session 3 (b)
(Case Room 3)
17.30 Trade exhibition/Joint CIGRÉ welcome function
DAY 2 PROGRAMME TUESDAY 12 SEPTEMBER
7.30 Registration desk opens
8.30 – 10.00 Keynote Speeches
(Lecture Theatre OGGB 4)
10.00 -10.30 Tea
10.30 – 12.30 Paper Session 4 (a)
(Case Room 2)
Paper Session 4 (b)
(Case Room 3)
12.30 – 14.00 Lunch/Trade Exhibition
14.00 – 15.30 B5 Poster Presentation
(Exhibition Hall)
15.30 – 16.00 Tea
16.00 – 17.30 B5 Poster Presentation
(Exhibition Hall)
17.30 Trade exhibition
19:00 AORC Dinner (Markovina)
32
AORC PROGRAMME
CIGRE-AORC C6 PANEL CIGRE-AORC C6 Panel members are scheduled to meet on Thursday 14th September
2017 between 9.00hrs and 18.00hrs at Case Room 2 in OGGB. There will be
presentations and discussions on “Active distribution systems”, “MVDC distribution
networks” and “Smart metering.” Contact for any details Mr. H. Ishikawa, Secretary
AORC C6 panel or Dr. Zhao Ma, Chairman AORC C6 panel.
DAY 3 PROGRAMME WEDNESDAY 13 SEPTEMBER
7.30 Registration desk opens
8.30 – 10.00 B5 Tutorial:
(OGGB 4) AORC Substation Tour
10.00 – 10.30 Tea
10.30 – 12.30 B5 Tutorial:
(OGGB 4) AORC Substation Tour
12.30 – 14.00. Lunch/Trade Exhibition CIGRÉ Women in Engineering
(Decima Glenn Room)
14.00 – 15.30
CIGRÉ Next Generation
Network
(Case Room 2)
AORC Council Meeting
(Case Room 3)
15.30 – 16.00 Tea
16.00 – 17.30 AORC Council Meeting
(Case Room 3)
17.30 Trade exhibition
19.00 CIGRÉ AUCKLAND 2017 Banquet
33
AORC SESSION 1 (a)
SESSION 1 (a) DATE: MONDAY 11TH
SEPTEMBER 2017
VENUE: CASE ROOM 2 TIME: 10.30 – 12.30
ASSOCIATED STUDY COMMIITTEE: B5
CHAIR: MOONIS VEGDANI (NZ)
SPECIAL REPORTER: ANKUR MISHRA (NZ)
SUMMARY
This session on B5 has 5 papers from Brazil, Australia, Thailand, and New Zealand. The
session covers within its scope principles, design, application and management of power
system protection, substation control, automation, monitoring and recording including
associated internal and external communications, substation metering systems and
interfacing for remote control and monitoring.
KEY QUESTIONS
1. Are there and data quality metrics being used and if yes, how can you compare your
metrics with them?
2. Various applications of IEC 61850 are being explored. Is it that companies are not
aware of the economic implications or are they just scared of the new era of full
digitisation with cases of cyber security in mind? Will this end up like the smart grid
story?
3. In a power network with high renewable resources at both transmission and
distribution levels, how will restoration planning be? Large windfarms and solar farms
are planned and how can they be used in the entire process.
B5-01 Performance Indicators of Supervision and Control Systems with Focus on Information Quality Pablo Humeres Flores, Diogo Vargas Marcos, Eletrosul, Brazil
B5-02 Business Case for IEC61850 – Beyond Copper Wire Savings Chirag Mistry, GE Grid Solutions, Australia
B5-03 Extensible Implementation of Multistation Line Transfer Function in MEA’s Distribution System Pichit Jintagosonwit, Metropolitan Electricity Authority (MEA), Thailand
B5-06 IEC61850 Goose Based Arc Flash Protection Scheme H Nikolajenko and A Bajracharya, Mitton ElectroNet Ltd, New Zealand
B5-04 The Power System Blackout Restoration: A Planning in Thailand’s Theerasak Arunthanakij, Electricity Generating Authority of Thailand, Thailand
34
AORC SESSION 1 (b)
SESSION 1 (b) DATE: MONDAY 11TH
SEPTEMBER 2017
VENUE: CASE ROOM 3 TIME: 10.30 – 12.30
ASSOCIATED STUDY COMMITTEEE: A3&B3, C6
CHAIR: JOHANN MYBURGH (NZ)
SPECIAL REPORTER: DR. MOHAMMAD JAVAD(NZ)
SUMMARY
A total of 6 papers will be presented in this session, with 5 from A3&B3, and one from C6,
with authors from Thailand, Palestine, India, and New Zealand. The scope of this session is
asset management of HV infrastructure, design, construction, maintenance and ongoing
management of substations, and also electrical installation in power stations.
KEY QUESTIONS
1. What are the implications of the result from the PTU program? How has it benefitted
the maintenance department?
2. What is the percentage difference in the results calculated by the Arena software
through mathematical modelling and real-world data?
3. Any feedback from the high voltage equipment company which has implemented the
SID methodology?
4. Will the project management risks affect the risk related to the power system operation
and control?
A3&B3 – 03 Management of Ageing Power Transformers Vithid Khumchoo, Electricity Generating Authority of Thailand (EGAT), Thailand
A3&B3 – 04 Optimal Preventive Maintenance of Power Transformers Nanthasak Doungtong, Electricity Generating Authority of Thailand (EGAT), Thailand
A3&B3 – 05 Medium Voltage Cables Termination Failure Causes and Preventive Solutions Khaldoun, Jerusalem District Electricity Company (JDECO), Palestine
A3&B3 – 09 Condition Monitoring of Ester Filled Transformers Rajaram Shinde, Cargill Inc. (CIS), India
A3&B3 – 10 Safety in Design Guidance for The New Zealand Electricity Supply Industry J.L Clendon, Electricity Engineers’ Association (EEA), New Zealand
C6-10 Evaluation of External Purchase Study for Cross Border Project Between Thailand And Neighbouring Countries Nammon Lertchitcharat, Electricity Generating Authority of Thailand, Thailand
35
AORC SESSION 2 (a)
SESSION 2 (a) DATE: MONDAY 11TH
SEPTEMBER 2017
VENUE: CASE ROOM 2 TIME: 14.00 – 15.30
ASSOCIATED STUDY COMMITTEEE: B5, C6
CHAIR: MOONIS VEGDANI (NZ)
SPECIAL REPORTER: ANKUR MISHRA(NZ)
SUMMARY
4 Papers one from B5 and three from C6 will be presented in this session, with experience
from New Zealand, Palestine, Thailand, and Japan. This session combines papers from B5
and C6 due to the common theme of high penetration of Distributed generation on the
network. The papers range from response of PV inverters for transmission network fault, to
optimisation problems to mitigate uncertainty problems in high penetration scenario.
KEY QUESTIONS
1. The bidirectional current flow is addressed in this study. Do you think the proposed
application of FCL can be employed in ring networks as well?
2. The existing power plants could be used as a spinning reserve or New energy storage
systems could be used as a spinning reserve. Which one is more economically efficient
in your case in both short and long-term usage?
B5-05 Fault Analysis of Compensated Medium Voltage Network with High Penetration of Inverter Based Energy Systems (IES) N.U.Faarooqui, N.-K.C Nair, University of Auckland, New Zealand
C6-03 Optimal Fault Current Limiter in Distribution Network Under High Penetration Level Eng. Ibrahim Kiriakos, Eng. Wafa Qutaina, Eng. Zaher Saafin, Palestine
C6-13 Increased Renewable Energy Generation in Thailand - Determining Spinning Reserve Required and Affected Costs W. Wonglimamornlert, T. Lubpanagawgiat, C. Achayuthakan, Electricity Generating Authority of Thailand, Power Purchase Agreement Division, Thailand
C6-18 Optimal Energy Storage Sizing with Demand Response and High Renewable Penetration M. Furukakoi, O. B. Adewuyi, T. Senjyu, and T. Funabashi, University of the Ryukyus, Japan
36
AORC SESSION 2 (b)
SESSION 2 (b) DATE: MONDAY 11TH
SEPTEMBER 2017
VENUE: CASE ROOM 3 TIME: 14.00 – 15.30
ASSOCIATED STUDY COMMITTEE: C6, A3&B3, D2
CHAIR: JOHANN MYBURGH (NZ)
SPECIAL REPORTER: DR. MOHAMMAD JAVAD(NZ)
SUMMARY
This session will have 4 papers combined from working group C6, A3&B3 and D2, due to
similar focus on safety, operation and IT application. Emerging generation technologies
have also been considered for this session. While the scope of this session overlaps with that
of other ones, this session will mainly concentrate on interrelation of communication infra-
structures and the power system operation.
KEY QUESTIONS
1. Is the transient stability index considered as a constraint to solve the economic dispatch
problem? Is it simply a yes/no function which determines stable and instable system or
is it a continuous function indicating the level of stability?
2. How much information sharing between different line companies is demanded in order
to follow the presented decision making in distribution network maintenance? Can it be
a barrier in front of the suggested solution?
C6-02 Optimal Location and Parameters of Interline Power Flow Controller to Reduce Power System Losses Using Ga And Cs Ali B. Othman, Muwaffaq I. Alomoush, Irbid District Electricity Company (IDECO), Irbid, Department of Electrical Power Engineering, Hijjawi Faculty for Engineering Technology, Yarmouk University, Irbid. Jordan
A3&B3 – 01 Droop Coefficient Estimation in Multi-Terminal Dc System Through Grid Segmentation S.Song, B.KO, Y.YOO. G.Jang, Korea university, South Korea
D2 – 02 Enhancement of Telecommunication Networks In EGAT C. Pongmala, W. Yuttachai, Electricity Generating Authority of Thailand, Thailand.
D2 – 03 The Implementation of IOT Technology in Electric Power Industry W.Watcharasareekul, Electricity Generating Authority of Thailand, Thailand
37
AORC SESSION 3 (a)
SESSION 3 (a) DATE: MONDAY 11TH
SEPTEMBER 2017
VENUE: CASE ROOM 2 TIME: 16.00 – 17.30
ASSOCIATED STUDY COMMITTEE: C6
CHAIR: REBECCA MARX (NZ)
SPECIAL REPORTER: ANKUR MISHRA (NZ)
SUMMARY
A total of 4 papers under working group C6 have been considered for this session, with
experience from Thailand and Japan to add depth to this topic. The problems discussed in
this session range from development of policy to guide installation of charging stations, to
load flow problems in conventional systems, and use of EV battery for storage of energy
produced by PV systems.
KEY QUESTIONS
1. How did you come up with the number of EVs in Thailand? Is there a database that
reports number of them? Is it as detailed as per city and regions?
2. What is your plan to extend this solution based on tariff to mitigating EV related power
system problems? What are other possible solutions apart from tariff based solution?
C6-06 Preparation of Electric Vehicle Infrastructure According to Thailand’s Energy 4.0 Policy Tosak Thasananutariya, Metropolitan Electricity Authority (MEA), Thailand
C6-08 Loss Minimization of Distribution System with Electric Vehicles by Network Reconfiguration and Volt/Var Control Dr. Jutanon Kaewmanee, Metropolitan Electricity Authority, Thailand
C6-14 Increasing Number of Electric Vehicles-Impacts on The Power System and The Proposed Alleviation T. Lubpanagawgiart, W. Wonglimamornlert, C. Achayuthakan, Electricity Generating Authority of Thailand, Power Purchase Agreement Division, Thailand
C6-23 Study on output fluctuation of photovoltaic generation using electric vehicle in small power system Kazuto Yukita(1), and Toshihisa Funabashi (2)
(1) Aichi Institute of Technology, (2)Nagoya University, Japan
38
AORC SESSION 3 (b)
SESSION 3 (b) DATE: TUESDAY 12TH
SEPTEMBER 2017
VENUE: CASE ROOM 3 TIME: 16.00 – 17.30
ASSOCIATED STUDY COMMITTEE: C6
CHAIR: JOHANN MYBURGH (NZ)
SPECIAL REPORTER: DR. YANG LIU (NZ)
SUMMARY
This session will focus on 4 papers under working group C6. Authors from Japan, Thailand
and Jordan will share their knowledge on modelling and analysis of active distribution
networks with high share of distributed energy resources and flexible loads, interoperability
and standardization-related topics for Smart Grids and decentralised solutions for generation
and network to deliver to isolated rural areas.
KEY QUESTIONS
1. What are the challenges that you have been confronted with and how you get them over
during the commercialization of the technology?
2. What if the input variables have measured with uncertainties or low accuracy?
C6-21 The development of low wind speed turbine in Thailand by Wind-lens Technology Mr.Tongpong Sriboon, Alternative Energy Encouragement Division, Provincial Electricity, Thailand.
C6-17 Small-Scale Three-Phase Photovoltaic Inverter Model for Grid Interconnection Studies Koji Yamashita And Hayato Sato, Central Research Institute of Electric Power Industry, Japan
C6-11 A Short-Term Forecasting Method for Electricity Demand in Thailand Based on Weather Prediction and Similar Day Approach Phason Haesakul, Pattarawut Charatpangoon, Prapass Prungkhwunmuang, Power System Control and Operation Division, Electricity Generating Authority of Thailand, Thailand.
C6-04 Comparison of Three-Voltage-Level 33/1/0.4 KV Distribution System to The Traditional 33/0.4 KV For Delivering Energy to Isolated Rural Areas. Alia R. Al-Wedian, Qutaiba A. Al Hazaimeh, Bashar Y. Altamimi, Irbid District Electricity Company (IDECO), Irbid, Jordan
39
AORC SESSION 4 (a)
SESSION 4 (a) DATE: MONDAY 11TH
SEPTEMBER 2017
VENUE: CASE ROOM 2 TIME: 10.30 – 12.30
ASSOCIATED STUDY COMMITTEE: D1
CHAIR: DOUG RAY (NZ)
SPECIAL REPORTER: DR. YANG LIU (NZ)
SUMMARY
A total of 5 papers have been considered for this session on D1. The scope of materials and
emerging testing techniques session focuses on transmission and distribution, but emerging
generation technologies are also considered. Various technologies from Jordan, Republic of
Korea, Singapore and New Zealand have brought depth to this session.
KEY QUESTIONS
1. The impact of thickness on performance of FGM has been demonstrated, but would
you comment of performance with temperature change, or what how immune is FGM
to temperature in dispersing the electric field.
2. Are there any readily available FRA templates or measurements for different types of
faults which can be used along FRA measurement to make it readily deployable in field.
3. How does weather affect the measurement capability of the acoustic fault detection
system? And are there signatures that can instantly determine type of fault rather than
noise level as mentioned in the paper.
D1 - 01 Transformer Life Management (TLM): Transformers Investigations and Predictions of Internal Faults Dr.Mohammed Al-Nsour, Prof. Jalal Abdallah, Central Electricity Generating Company, Tafila Technical University, Jordan
D1 –02 Field Grading Material Layer Design On Stress Relief Cone For HVDC Ending Box-Air(EB-A) Using Conventional Ac Stress Relief Cone D.U.Kim, S.W.Ahn, B.C.Mun, S.H.Lee, B.W.Lee, I.S.Kwon, K.Sakamoto, Iljin Electric Co., Hanyang University, Republic of Korea
D1 - 03 Foresight - An Emerging Testing and Diagnostic Technique Coupled with Predictive Maintenance Can Make Significant Savings On Grid Maintenance Goran Stojadinovic, Northpower, New Zealand
D1 - 04 Properties of Fluoronitrile/CO2 gas mixture as an alternative to SF6 and its application to 420 kV Gas Insulated Line S. Gong, Ph. Ponchon*, Y. Kieffel* GE Grid Solutions, Singapore, (*) France
D1 - 05 Recognition Method of Partial Discharge Based on Support Vector Machine in Gas Insulated Switchgear. Kyong-Hoe Kim, Min-Cheol Kang, Myoung-Hoo Kim, Young-June Shin, Iljin Electric Co., Ltd. Yong-Hwa Kim, Myongji University, Republic of Korea
40
AORC SESSION 4 (b)
SESSION 4 (b) TUESDAY 12TH
SEPTEMBER 2017
VENUE: CASE ROOM 3 TIME: 10.30 – 12.30
ASSOCIATED STUDY COMMITTEE: C6
CHAIR: JOHANN MYBURGH (NZ)
SPECIAL REPORTER: SAMAD SHIRZADI (NZ)
SUMMARY
A total of 6 papers with authors from Republic of Korea, Thailand, China, and Japan have
been received for this preferential topic. Some technical and financial problems associated
with the application of renewable energies are addressed in these papers such as
intermittency of renewable sources, demand estimation, flexible energy pricing, transient
stability of the grid and energy management.
KEY QUESTIONS
1. Load demand is variable but somehow predictable. Does the suggested modelling
provide information to manage the generation sector in a continuous hourly, daily to
match the load curve?
2. Did you consider decomposition techniques as solution algorithm to facilitate large
scale applications?
C6-05 Spatial Prediction of Renewable Energy Resources for Reinforcing and Expanding Power Grids Eunsup Kwak, Hyunjin Kim, Jin Hur, Korea Electric Power Corporation, Sangmyung University, Republic of Korea
C6-12 Pricing Optimization on renewable energy and fossil fuel under subsidies policy in Thailand. Ronayut Teetong, Office of Energy Regulatory Commission, Thailand
C6-15 A Study on The Power System Operating Strategy For Jeju Island Ho-Yong Lee, Seung-Hee Kim, Jong-Kyoon Kim, Korea Electric Power Corporation, Republic of Korea
C6-09 Development of Series Simulations for Microgrid Project’s Application Ding Quan, Qian Guoming, Chen Fufeng, Men Jie, Huang Chao, Guo Dian Nanjing Automation Co., Ltd. China
C6-16 Energy Management System Initiation of The Smart District Office Building Pilot Project Att Phayomhom, Nattanont Chotiheerunyasakaya, Metropolitan Electricity Authority (MEA), Thailand
C6-19 Optimal Thermal Units Commitment with Considering CSP Storage System and TOU Demand Response for a Smart Grid, Harun Or Rashid Howlader, Mohammad Masih Sediqi, Abdul Matin Ibrahimi, Tomonobu Senjyu, Toshihisa Funabashi, University of the Ryukyus, Nagoya University, JAPAN
41
AORC NOTES
42
AORC NOTES
43
B5 PROGRAMME
DAY 1 PROGRAMME SUNDAY 10 SEPTEMBER 2017
8:00 – 13.00 Working Group Meetings:
JWG B5:63/B5:02 (Case Room 2)
13.00 Registration desk opens
13:00 – 17.00 Working Group Meetings:
JWG B5:63/B5:02 (Case Room 2)
DAY 2 PROGRAMME MONDAY 11 SEPTEMBER 2017
7.30 Registration desk opens
8.30 – 10.00 TAG
(Seminar Room 323)
WG B5:56
(Seminar Room 319)
Opening Speeches
(OGGB 4)
10.00 -10.30 Tea
10.30 – 12.30 TAG
(Seminar Room 323)
WG B5:56
(Seminar Room 319)
12.30 – 14.00 Lunch/Trade Exhibition
14.00 – 15.30
TM 52
(Seminar Room 213)
TM 53
(Seminar Room 307)
TM 51
(Seminar Room 323)
WG B5:56
(Seminar Room 319)
15.30 – 16.00 Tea
16.00 – 17.30
TM 52
(Seminar Room 213)
TM 53
(Seminar Room 307)
TM 51
(Seminar Room 323)
WG B5:56
(Seminar Room 319)
17.30 Trade exhibition/Joint CIGRÉ Welcome function
*TM – Thematic Meetings, WG – Working Group, TAG – Tutorial Advisory Group,
*KMS – Knowledge Management Session, SR – Special Report, SAG – Strategic Advisory Group
* SC – Study Committee, PS – Preferential Subject
44
B5 PROGRAMME
DAY 3 PROGRAMME TUESDAY 12 SEPTEMBER 2017
7.30 Registration desk opens
8.30 – 10.00
WG B5:54
(Seminar
Room 213)
WG B5:63
(Seminar
Room 323)
Keynote
Speeches
(OGGB 4)
SR
(Lecture
Theatre 098)
Substation
tour
10.00 – 10.30. Tea
10.30 - 12.30
WG B5:54
(Seminar
Room 213)
WG B5:63
(Seminar
Room 323)
KMS
Tutorial
(Seminar
Room 319)
SR
(Lecture
Theatre 098)
Substation
tour
12.30 – 14.00 Lunch
14.00 – 15.30 SAG
(Seminar Room 323)
KMS Tutorial
(Seminar Room 319)
Poster Session
(Exhibition
Hall)
15.30 – 16.00 Tea
16.00 – 17.30 Poster Session
(Exhibition Hall)
17.30 Trade exhibition
DAY 4 PROGRAMME WEDNESDAY 13 SEPTEMBER 2017
7.30 Registration desk opens
8.30 – 10.00 Tutorial (OGGB 4)
10.00 -10.30 Tea
10.30 – 12.30 Tutorial (OGGB 4)
12.30 – 14.00 Lunch/Trade Exhibition
14.00 – 15.30 PS2 (OGGB 4)
15.30 – 16.00 Tea
16.00 – 17.30 PS2 (OGGB 4)
17.30 Trade exhibition
19.00 All Conference Dinner (Pullman)
45
B5 PROGRAM
DAY 5 PROGRAMME THURSDAY 14 SEPTEMBER 2017
7.30 Registration desk opens
8.30 – 10.00 PS1 (OGGB 4)
10.00 – 10.30. Tea
10.30 - 12.30 PS1 (OGGB 4)
12.30 – 14.00 Lunch
14.00 – 15.30 PS3 (OGGB 4)
15.30 – 16.00 Tea
16.00 – 17.30 PS3 (OGGB 4)
17.30 Trade exhibition
19.00 B5 Conference Dinner (Markovina)
DAY 6 PROGRAMME FRIDAY 15 SEPTEMBER 2017
7.30 Registration desk opens
8.30 – 10.00 SC B5 (Case Room 2)
10.00 – 10.30. Tea
10.30 - 12.30 SC B5 (Case Room 2)
12.30 – 14.00 Lunch
14.00 – 15.30 SC B5 (Case Room 2)
15.30 – 16.00 Tea
16.00 – 17.30 SC B5 (Case Room 2)
17.30 Trade exhibition
46
B5 PROGRAM INFORMATION
B5 STUDY COMMITTEE, THEMATIC AND WORKING GROUP MEETINGS The B5 study Committee (SC.B5) covers the principles, design, application and management of
power system protection, substation control, automation, monitoring, recording and metering –
including associated internal and external communications and interfacing for remote control and
monitoring. The SC B5 is currently divided into working groups and advisory groups.
Working groups have been set up by the Study Committee to cover different aspects of
protection, automation and control. The WGs organise their own activities and decide the
necessary number of meetings itself, but it is convenient to plan the meetings to coincide with
other CIGRÉ/SC.B5 events, such as the B5 Colloquium. Some of the scheduled working group
meetings are: B5.63, B5.02, B5.56, B5.54.
The Advisory Groups assist the Chairman in the definition of strategic and customer oriented
directions. Currently, there are two advisory groups: Strategic Advisory Group (SAG) and Tutorial
Advisory Group (TAG). The goal of the SAG is to help the Chairman in the definition of the strategic
directions that should be followed by SC B5. The TAG aims to train or educate a range of target
audiences in SC B5 activities
B5 TUTORIAL SESSION CIGRÉ develops technical knowledge through different activities, among them Colloquia and
Tutorials. In the last few years CIGRÉ Study Committee B5 prepared and presented various
tutorials on subjects related to Working Groups of the Committee. The tutorial will be held on
Wednesday morning, 13th of September 2017. This year the topics presented will revolve around
‘Power Systems with highly Distributed Energy Resources’. The sub-topics, with respective
presenters, are:
• Rebecca Shaw, NZ “Power system architecture with distributed energy resources:
Example New Zealand”.
• Hans Joachim Herrmann, DE “Impact by more inverter based power penetration on
protection and control”
• Alex Apostolov, US: “Overview about the issues and the technical solutions” Challenges
with the integration of Distributed Energy Resources in electric power grids DERs
47
B5 PROGRAM INFORMATION
B5 PREFERENTIAL SUBJECT (PS) SESSIONS The focus of the B5 Colloquium is group discussion of the preferential subjects. These preferential
discussion subjects are selected by the B5 Study Committee and they are distributed in advance to
the National Committees with the call for papers. The discussion follows the questions selected by
an appointed Special Reporter, based on the submitted papers. The papers and special reports are
published by CIGRÉ. Discussion summaries are written by the Special Reporters and later
published in the conference “proceedings”. The three topics chosen for the B5 colloquium are:
• PS1 - Challenges of design and maintenance of IEC 61850 based systems.
• PS2 - Protection issues in modern power systems with renewable generation and
storage.
• PS3 - The Impact on Protection and Control from Working Existing Assets Harder.
Papers supporting the discussion have been listed in the preceding section. Note that the papers
are not presented during the Preferential Subject Sessions but are available to delegates prior to
the meeting as "pre-reading" along with the assigned Special Reporter's summary and "questions
arising from the papers". The conference is totally devoted to the audience presenting prepared
short "3 minute" answers to questions previously posed by the Special Reporter.
B5 POSTER SESSION The ‘Special Reporter system’, followed in the CIGRÉ sessions do not allow individual presentation
of the PS papers. However, the authors have been given an opportunity to showcase their work
through the poster session. This allows for the fruitful exchanges with the session delegates. A
number of the PS papers will be showcased in the poster session.
KNOWLEDGE MANAGEMENT SYSTEM DEMONSTRATION/TUTORIAL The KMS is CIGRÉ’s online collaboration system to aid in all aspects of the Study Committee,
Working Groups and National activities: (http://CIGRÉ.org/Technical-activities/Collaborative-
tools). A series of demonstration/tutorial sessions will be run on Tuesday morning by Rod Hughes
as the global KMS Facilitator. This is an opportunity for you to learn the basics and how to get the
most benefit of the system including: Requesting access, Online drafting TBs, Technical
discussions, Group announcements, Meeting Agendas and Minutes, Using attachments, Knowing
when things change. No booking is needed for the sessions but the room has a limit of 20 people
48
B5 PREFERENTIAL SUBJECT 1 PAPERS
SESSION: THURSDAY, 14TH SEPTEMBER 2017 VENUE: OGGB 4 TIME:8:30 – 12.30
PS1: CHALLENGES OF DESIGN AND MAINTENANCE OF IEC 61850 BASED SYSTEMS
SPECIAL REPORTER: DR. V. LEITLOFF, Rte, (FRANCE)
SUMMARY
The Preferential Subject No. 1 of the CIGRÉ SC B5 2017 Session in Auckland (NZ) is associated to the
following subitems:
• Interoperability on PACS level for IED, Merging Units, time synchronisation and
communication networks,
• Requirements facilitating IED replacements and PACS extensions,
• PACS configuration management including SCL handling and IED- and switch
configuration.
A total of 30 papers with authors from 19 different countries, have been received for this
Preferential Subject. These papers can be divided into 7 groups, some papers covering more than
one subject:
1. Specification of IEC 61850 based PACS (10 papers, cf. §2)
2. Architecture and Configuration (7 papers, cf. §3)
3. Acquisition of Analog Signals and Time Synchronisation 5 papers, cf. §4)
4. Cyber Security (2 papers, cf. §5)
5. Qualification and FAT Testing and associated Test Platforms (8 papers, cf. §6)
6. Maintenance and Self-Supervision (5 papers, cf. §7)
7. Experience feedback, Pilot projects and Demonstrators (9 papers, cf. §8)
49
B5 PREFERENTIAL SUBJECT 1 PAPERS
B5_PS1_101_AU Design and Development of Model Zone Substation Automation Laboratory for Research, Study & Testing IEC61850 Standard Gunasekera.S, Peidaee.P, Kalam.A (Victoria University, Melbourne, Australia)
B5_PS1_102_AU Quality Assurance of GOOSE/SV Engineering Configuration in the SCL Files Rodney Hughes ( Rod Hughes Consulting Pty Ltd) Alexey Anoshin, Aleksandr Golovin (TEKVEL Ltd.)
B5_PS1_103_AU Experiences and Requirements for Commissioning Troubleshooting and Maitenance of IEC 61850 Stations R HUGHES, Rod Hughes (Consulting Pty Ltd, Australia) P EDSTRÖM (Vattenfall, Sweden) A BONETTI, R DOUIB (FMTP Power AB, Sweden)
B5_PS1_104_BR Technical Requirements for Homologation of Substation Automation Systems Based on IEC 61850 SONIA CAMPOS (Cemig Distribution – “Cemig D”– Brazil)
B5_PS1_105_BR Time Synchronization and Its Impact on IEC61850 Protocol with Merging Unit and Phasor Measurement Unit Application using the same Network in Real Time Scenario Rafael Fernandes, Alexandre Massaud, Suelaine Diniz (ONS Brazil)
B5_PS1_106_BR Brazilian utilities experience in defining requirements for IEC-61850 Protection, Automation and Control Systems Pablo Humeres Flores * (Eletrosul, Brazil) Mário R Bastos (CTEEP Brazil) Marcos F Mendes (ITAIPU, Brazil) Marco A F Ramos (Furnas, Brazil) Luiz V S Puppi (COPEL Brazil) Ubiratan A Carmo (Chesf, Brazil) Carlos A M Aviz (Eletronorte, Brazil)
B5_PS1_107_BR Feeder Differential Protection in Hybrid Mode – Scheme Performance with Mix of IEC 61850-9-2 LE Sampled Values and Conventional Analogue Inputs D. Lellys* (GE Grid, Brazil) J.C.M. Lima (CEMIG, Brazil) M.E.C. Paulino (Omicron, Brazil) J.C. Pestana, J. Jesus (GE Grid, UK) Amir Hayatudin, Mohd. I. Ridwan (TNB, Malaysia) S.N. Menon, S. Sunish (GE Grid, India)
B5_PS1_108_BR Real Formulations and Techniques Addressed to Increase Efficacy in IEC 61.850 Based DSAS Architectures LISBOA, L. A. C., PEREIRA, A. T. A. (1Companhia Hidro Eletrica do Sao Francisco) LIMA, A. M. N. (Universidade Federal de Campina Grande Brazil)
B5_PS1_109_CH Experiences with conformance test procedures for IEC 61850 Edition 2 System and IED configuration tools Peter KREUTZER, Stephan GERSPACH, Roman GRAF (ABB Switzerland Ltd, Switzerland) Bas MULDER (DNV GL, The Netherlands)
50
B5 PREFERENTIAL SUBJECT 1 PAPERS
B5_PS1_110_CH IEC/IEEE 61850-9-3 Precision Time Protocol – the Enabler for Digital Substation Peter KREUTZER, Thomas WERNER, Roman GRAF (ABB Switzerland Ltd) Prof. Dr. Hubert KIRRMANN (Solutil, Switzerland)
B5_PS1_111_CN Research on New Merging Unit For Operation and Maintenance Chen Fufeng,Zhao Qian (Guodian Nanjing Automation Co., Ltd SAC, 39 Shuige road, Jiangning, Nanjing, China)
B5_PS1_112_CN Key Technologies of Online Maintenance System for Protection Relays in Digital Substation DU Jun, LIU Liu (NR Electric Co., Ltd China)
B5_PS1_113_CN Research and Application about IEC 61850 Modelling for Protection Relay Information Management System LIU Yuquan, XIONG Wen (Guangzhou Power Supply Bureau, China) HU Shaoqian , LI Li, QI Zhong (NR Electric Co., Ltd, China)
B5_PS1_114_ZA Devising a cyber-security strategy to guard against emerging attacks on IEC 61850 enabled infrastructures R HARIRAM (Eskom Holdings SOC Ltd South Africa)
B5_PS1_115_CN Design Scheme of Automatic Test System for Merging Unit LIU PENG, LI XINGJIAN, LI ZHONGAN (NR Electric Co.,Ltd, China)
B5_PS1_116_CN Analyze on Digital Sample Reliability and Quality in Smart Substation Zhao Qian, Chen Fufeng (Guodian Nanjing Automation Co., Ltd, SAC, 39 Shuige road, Jiangning, Nanjing, China)
B5_PS1_117_DE How to hack an IEC 61850 system (or protect one) D. L. P. JENKINS (GE Grid Solutions, Germany)
B5_PS1_118_ES Implementing IEC61850 PACS in REE: Maintenance processes approach J. FIGUERA1, M. GARCÍA, C., FERNÁNDEZ, J. PROVENCIO, M. MORENO, C. RODRÍGUEZ, E. VILLARREAL (RED ELECTRICA DE ESPAÑA Spain)
B5_PS1_119_FR Towards a BAP including Functional Interoperability Requirements in IEC 61850 based PACS B. ILAS, V. LEITLOFF (RTE, FRANCE)
B5_PS1_120_GB Virtual Site Acceptance Testing and Training Facility (VSATT) for Digital Substation Solutions T CHARTON , L CHEN*, H LI*, R ZHANG (National Grid / the University of Manchester United Kingdom)
51
B5 PREFERENTIAL SUBJECT 1 PAPERS
B5_PS1_121_GB Digital Substation implementation in Litgrid, Lithuania P WICHER A (GE Grid Solutions Poland) APPUKUTTAN, A VARGHESE (GE Grid Solutions United Kingdom)
B5_PS1_122_IT Design, maintenance, renewal and refurbishment strategies for Substation Automation Systems MASSIMO PETRINI, EMILIANO, CASALE, MICHELE PEDICINO, TIZIANO FABIO, GILBERTO RICCI, MASSIMO REBOLINI (TERNA RETE ITALIA, ITALY)
B5_PS1_123_JP Development of a Protection Relay System using a Process bus - Process bus testing in a multi-vendor environment – T. KAWAKAMI (The Kansai Electric Power Co., Inc. Japan) K. HYODO (Hitachi, Ltd. Japan) H. SAKAI (Mitsubishi Electric Corp., Japan) A. TAKEUCHI (Toshiba Corp., Japan) K. SUMITANI (Meidensha Corp., Japan) H. NAKATANI (Nissin Electric Co., Ltd., Japan)
B5_PS1_124_MX SCL handling using Open Source Tools ESPINOSA Daniel, CARREON Celia (PWMC SERVICES, MEXICO)
B5_PS1_125_MY Lessons Learned from IEC 61850 based Pilot Project Implementation at Kajang Estate (KEST) 132/33 kV Substation: Case Study from Malaysia I. Ridwan (TNB Research Sdn Bhd, Malaysia) A. Musa (Tenaga Nasional Berhad, Malaysia)
B5_PS1_126_ZN The challenges of future proofing IEC61850 based control and protection schemes KMW, KATHRYN WARD (Beca Limited, New Zealand)
B5_PS1_127_RO Design and Maintenance Protection and Automation Systems in Romanian Power Grid BALASIU F. (Transelectrica Romania) MORARU G. (SMART Romania)
B5_PS1_128_RU The application of artificial intelligence techniques for automatic synthesis substation configuration files in accordance with IEC 61850 A.A. VOLOSHIN, E.A. VOLOSHIN, R.V. VASILYEV, T.G. BUSYGIN, A.V. ZHUKOV (National Research University “MPEI”, JSC “SO UPS” , Russia)
B5_PS1_129_SE Basic Concept Next Generation P&C Elisabeth MAN (Sweco Energuide AB, SWEDEN) Florin STELEA (Sweco Energuide AB, SWEDEN) Anders JOHNSSON (Vattenfall Eldistribution AB, SWEDEN)
B5_PS1_130_US Challenges of Maintenance Testing in IEC 61850 Based Digital Substations A. P. Apostolov (OMICRON electronics USA)
52
B5 PREFERENTIAL SUBJECT 2 PAPERS
SESSION: WEDNESDAY, 13TH SEPTEMBER 2017 VENUE: OGGB 4 TIME:14:00 – 17:30
PS2: PROTECTION ISSUES IN MODERN POWER SYSTEMS WITH RENEWABLE GENERATION
AND STORAGE
SPECIAL REPORTER: DR. BOGDAN KASZTENNY, SEL, (CANADA)
SUMMARY
This session reviews 18 papers submitted by authors from 18 countries. The papers can be
broadly classified into five categories for discussion:
• Modelling non-standard sources and converter-based links for short-circuit studies.
• Methodologies for testing, managing risk, and settings coordination for protection
applications in grids with high levels of non-standard generation.
• Practical solutions to system protection and lessons learned when integrating non-
standard generation into present grids.
• Enhancements in protection and control of non-standard sources.
• System solutions to the dynamic stability and protection challenges resulting from
high levels of converter-supplied currents.
The 18 papers submitted for this preferential subject cover a wide range of issues. Many are
case studies that emphasize the lack of common practices for system protection near non-
standard sources and point to a number of opportunities for improvements. The reported
challenges range from project organization, clarification of roles and responsibilities, and clarity
of handoffs on the project management side, to data accuracy for short-circuit studies and
protection challenges on the technical side. Other papers describe development of test beds,
test scenarios, and methodologies for evaluating protection applications in future grids with
high levels of non-standard generation. Yet another group of papers proposes improvements
and enhancements to the protection and control functions of the non-standard sources
themselves rather than the surrounding grid. The difficulty in modelling the non-standard
sources for the purpose of short-circuit studies seems to be the single common theme in all the
papers.
53
B5 PREFERENTIAL SUBJECT 2 PAPERS
SESSION: WEDNESDAY, 13TH SEPTEMBER 2017 VENUE: OGGB 4 TIME:14:00 – 17:30
PS2: PROTECTION ISSUES IN MODERN POWER SYSTEMS WITH RENEWABLE GENERATION
AND STORAGE
SPECIAL REPORTER: DR. BOGDAN KASZTENNY, SEL, (CANADA)
SUMMARY (Contd)
This wide variety of topics, the lack of common terminology, the absence of settled and
universally accepted practices, and the increased emphasis on modelling and investigations are
all signs of an immature field. Indeed, short-circuit protection of grids with high levels—even if
only locally—of non-standard generation is a developing field of engineering where the many
business and political pressures push novel power system solutions while protection
practitioners still attempt to catch up on developing practical protection solutions.
Power system protection principles developed in the last 100 years take advantage of the well-
understood and inherent characteristics of the primary equipment: both passive elements such
as lines and transformers, as well as sources predominantly in the form of synchronous
generators. For example, large source inertia allows us the concept of memory polarization for
distance or directional elements. If a source, such as an inverter-based source, moves the
angular position of its electromotive force during a fault too fast, the concept of memory
polarization as we know it falls apart. In another example, phase selection methods typically
assume certain current and voltage patterns driven by positive-sequence sources and passive
negative- and zero-sequence networks. If a source, such as an inverter-based source,
effectively injects a negative-sequence current and modulates its output quickly, traditional
phase selection methods may and will fail.
As protection practitioners, we understand that these new grid characteristics violate some of
the foundations of traditional protection. This realization leads to a great deal of uncertainty.
54
B5 PREFERENTIAL SUBJECT 2 PAPERS
B5_PS2_201_BR Implementation of Fuzzy Logic Inference in the Loss-of-Field on FPGA
for Wind Generators Araújo Carlos M.B (PWM Automation and Protection of Power Systems, São Paulo, Brazil)
B5_PS2_202_BR Connecting wind farms to the transmission system. A Protection viewpoint from the Transmission Utility side ARRUDA G.A., MORAIS P.R., SILVA FILHO D.R., CAMPOS, A.S., SANTOS, A.D. (CHESF, BRAZIL)
B5_PS2_203_CN Protection Strategy for MMC based DC Distribution Grid under Poleto-Pole Fault Condition Bonian SHI, Gang SUN, Gang XU (Beijing Sifang Automation Company, China)
B5_PS2_204_DE Impact of Inverter-Based Renewable Generation on Protection H.J. HERRMANN (Siemens AG, Germany) H. KÜHN, J. NEUHAUS (TenneT TSO GmbH, Germany) W. GAWLIK (TU Wien, Austria)
B5_PS2_205_FR Presentation of the European project MIGRATE Grasset H. (Schneider Electric, France) Popov M., Zargar B., Chavez J. (TU Delft, Netherlands) Martínez E., Borroy S. (CIRCE, Spain) Terzija V., Azizi S., Sun M.(UoM, UK) López S., Pindado L., Andrino R., López D. (REE, Spain) Guibout C. (RTE, France) Kilter J., Reinson A. (ELERING, Estonia)
B5_PS2_206_FR Impact of HVDC-MMC links on distance protection relays A. WATARE, H.SAAD, A.STEPANOV, J. DESCLOUX, T. PREVOST, C. GUIBOUT, H. JACQUESSON, V. LEITLOFF (RTE, France)
B5_PS2_207_GB A Distributed Solution for Fault Level Prediction in Distribution Networks Abraham Varghese, Sankar Subramanian, Hengxu Ha, Usman Ajmal (GE Grid Solutions, UK)
B5_PS2_208_UK Minimising the Impact of Disturbances in Future Highly-Distributed Power Systems S.M. BLAIR, G.M. BURT (University of Strathclyde, UK) A. LOF, S. HÄNNINEN (VTT, Finland) B. KEDRA, M. KOSMECKI (IEn, Poland) J. MERINO (Tecnalia, Spain) F.R. BELLONI, D. PALA (RSE, Italy) M. VALOV (Fraunhofer-IWES ,Germany) B. LÜERS (OFFIS, Germany) A. TEMIZ (TUBITAK, Turkey)
B5_PS2_209_GB A New Independent Methodology of Protection & Control Coordination Studies for Modern Power Systems with Power Electronic Applications D. Kong, A. Taylor, R. Zhang (National Grid plc, United Kingdom) Y. Xue, J. Li, R. Guan, X. P. Zhang (University of Birmingham, United Kingdom)
55
B5 PREFERENTIAL SUBJECT 2 PAPERS
B5_PS2_210_GB Application of Synchronous Compensators in the GB Transmission
Network to Address Protection Challenges from Increasing Renewable Generation M. NEDD, Q. HONG, K. BELL, C. BOOTH (University of Strathclyde) P. MOHAPATRA (SP Energy Networks, UK)
B5_PS2_211_JP Issues and Countermeasures against Rapid Increase of Renewable Energy Sources (RESs) in Japan S. SUGANUMA (TEPCO Power Grid) M. YAMAZAKI (Chubu Electric Power Co.) K. KUSABA (Mitsubishi Electric Corp.) H. TAKAHASHI (Tohoku Electric Power Co.) S. IKARUGA (Kyushu Electric Power Co.) Y. FUKUYA (Fuji Electric Co.) T. WAKABAYASHI (Electric Power Development Co.)
B5_PS2_212_KR A Revised 3-Level Discrete Fourier Transform-Based Frequency Estimation Method to Control a BESS for the System Frequency Regulation Sang-Hee KANG, Woo-Seok SEO, JeongHun RYU, Soon-Ryul NAM (Myongji Univ. Korea)
B5_PS2_213_RO Protection issues under weak infeed of wind turbines BALASIU F. (Transelectrica, Romania) MORARU G. (SMART, Romania)
B5_PS2_214_RU Principles of inverter installations simulation for short circuit currents calculations S.E. KASYANOV, E.B. SHESKIN, E.S. SUVOROV (JSC “STC UPS”, Russia)
B5_PS2_215_RU Principles of wind power plants simulation for short circuit currents calculations V.V. MOSKALENKO, I.A. RYVLIN, S.E. KASYANOV, E.B. SHESKIN, E.S. SUVOROV (JSC “SO UPS”, JSC “STC UPS”, Russia)
B5_PS2_216_RU Interconnection Protection in Distribution Networks with Distributed Generation including Renewable Energy Sources Nudelman G., Navolochnyi A., Onisova O. (VNIIR JSC, Russia)
B5_PS2_217_RU Particulars of relay protection application in wind and solar power plants interconnections with UPS of Russia V.S. Vorobjev, E.S. Suvorov, A.S. Gerasimov, A.A. Lisitsyn, A.N. Smirnov, E.B. Sheskin (JSC “SO UPS”, JSC “STC UPS”, Russia)
B5_PS2_218_US Functional Testing of Protection Systems in Distribution Grids with High Penetration of Distributed Energy Resources A. P. Apostolov (OMICRON electronics, USA)
56
B5 PREFERENTIAL SUBJECT 3 PAPERS
SESSION: THURSDAY, 14TH SEPTEMBER 2017 VENUE: OGGB 4 TIME:14:00 – 17:30
PS3: THE IMPACT ON PROTECTION AND CONTROL FROM WORKING EXISTING ASSETS
HARDER
SPECIAL REPORTER: GEORGE HORVATH,AECOM & PETER BISHOP, TRANSPOWER (New Zealand)
SUMMARY
This special report reviews 15 papers submitted by authors from 10 countries. The papers can
be broadly classified into three categories for discussion:
• Strategies of PACS for enhancing network operation and system restoration
With generation and load changes, cost pressures and urbanisation there is a
requirement to maximise the use of existing network infrastructure. This often has a
significant impact on PACS and requires special measures to achieve network
operational expectations and aid restoration.
• FACTS/Series Compensation protection enhancements
Series compensation use is increasingly considered, particularly with changing
network configurations and intensive network utilisation. FACTS used for series
compensation in power systems provide unique challenges for traditional network
protection practices. The papers detail the various issues and solutions.
• Dynamic/ Flexible Rating
This covers dynamic and flexible equipment rating, including short time transformer
overloading. Utilities are devoting significant effort to optimise the load carrying
capacity of primary equipment on their networks, particularly for transmission lines
and transformers. Drivers for this include immediate operation of existing
infrastructure to maintain secure supply under changing demand/generation
conditions and cost savings in not having to build new or extend the life of
infrastructure. However, this poses a challenge for protection systems to adjust to be
stable for accepted load conditions, determine accurate applicable ratings, and
operate discriminately for fault conditions. Modern technology offers some novel
solutions. Displaying relevant and understandable operational information to
operators and dispatchers is an important consideration of systems developed.
57
B5 PREFERENTIAL SUBJECT 3 PAPERS
B5_PS3_301_AU Information sufficiency challenges involved in deploying a modern Intelligent Fast Load Shedding System Naresh Reddy Varigireddy (Schneider Electric, Australia)
B5_PS3_302_BR Real Time Compensation Algorithm for Air-Gapped Current Transformers Saturation Effects Ubiratan A do Carmo (CHESF, Brazil) F. A. Pereira, F. C. F. Guerra, B. A. Sousa, E. N. A. Santos, N. S. D. Brito (UFCG, Brazil)
B5_PS3_303_CN Analysis and Countermeasure for Relay Protection's Influence of UPFC System XIE Hua, ZHAO Qingchun, ZHU Xiaotong, DAI Guangwu, XU Xiaochun, PAN Lei (NR Electric Co., Ltd, China)
B5_PS3_304_CN Development and Application of Flexible Power Control System for New Energy Station Bing Song, Qunbing Yu, Jun Chen, Guangfu Xu, Zhonghua Zhu (NR Electric Co. Ltd, China)
B5_PS3_305_CN Influence and Solution for Current Reverse on Differential Protection of Series Compensated Line ZHU Xiaotong, ZHAO Qingchun,XIE Hua,SHEN Jun (NR Electric Co. Ltd, China)
B5_PS3_306_DE Detection of secondary arcs by evaluation of voltage signals during single-phase auto-reclose STACHEL, P.; YOUNG, I. (Schneider Electric) LUDWIG A., BRUNNE, A., HAUSCHILD J. (50Hertz Transmission) MEYER J., SCHEGNER P. (Technische Universität Dresden, Germany)
B5_PS3_307_FI Finnish experience on protection of series compensated network HARJULA A., TUOMINEN J., HAARLA L., HOLMGREN M. (Fingrid Oyj, Finland)
B5_PS3_308_JP Novel Dynamic Rating System for Enhancing Transformer Operability T. YASUDA (TEPCO Power Grid) K. YAMASHITA (Central Research Institute of Electric Power Industry) S. NOGAMI (Toshiba Corp., Japan)
B5_PS3_309_RU Improve the sensitivity and selectivity of the distance relay on the lines with controlled SC E. Sacuck, A. Rascheplyev E. Kolobrodov (JSC “SO UPS” CJSC « TeconGroup », Russian Federation)
58
B5 PREFERENTIAL SUBJECT 3 PAPERS
B5_PS3_310_GB New Smart Multi-Ended Differential Solution for Power Networks. Joao Jesus, Simon Richards, Sankara Subramanian, Hengxu Ha (GE Grid Solutions, United Kingdom)
B5_PS3_311_RU Transmission Line Status Monitoring for Successful Auto-Reclosing A. PODSHIVALIN, G. ISMUKOV (LLC “Relematica”, Russia)
B5_PS3_312_RU The architecture of PACS on digital substation with auto recovery of functionality in case of IEDs malfunction A.A. VOLOSHIN, E.A. VOLOSHIN, R.V. VASILYEV, A.S. KHOLODOV, A.V. ZHUKOV (National Research University “MPEI”, JSC “SO UPS”, Russia)
B5_PS3_313_RU Real-Time Stability Margin Monitoring System Using Current Data on Current Carrying Capacity of Power Lines A.V. Zhukov, E.I. Satsuk, A.A. Lisitsyn, V.G. (Neuimin JSC "SO UPS", JSC "STC UPS" Russia)
B5_PS3_314_SE Experiences from Dynamic Line Rating pilot installations in Vattenfall Distribution´s 145 kV system in Sweden Arne BERGSTRÖM, Erik TORKILDSSON (Vattenfall Distribution, Sweden)
B5_PS3_315_US Adaptive Protection of Overloaded Transformers in Distribution Systems in Smart Grids A. P. Apostolov (OMICRON electronics, USA)
59
B5 NOTES
B5 NOTES
60
B5 NOTES
B5 NOTES
61
ADMINISTRATIVE COUNCIL PROGRAM INFORMATION
GENERAL INFORMATION Registration desk Information desk will be based on Level 0 of the Owen G. Glenn Building (OGGB) of the University of Auckland. Administrative Council registration can be made as under:
OGGB
Monday, 11th September 7:30 am onwards
Pullman Hotel
Tuesday, 12th September 7:30 am – 10:30 am
Badges Name badge will be provided at registration and should be worn at all times.
AORC/B5 Sessions AC members can attend any of the technical and networking sessions of AORC and
B5 program scheduled in the OGGB location. Details are available earlier in the
handbook.
Cloakroom Limited cloakroom and luggage space will be available within the registration desk
at the OGGB building. Items left at reception must be collected during offered
hours. Pullman hotel have their own facilities which can be availed for those
staying there.
Substation Tour An optional substation tour has been arranged specially for AC delegates on
Monday between 14.00 – 16.30. Details are available in page 18.
*Maximum capacity is limited to 20.
WIFI (OGGB) WIFI at OGGB will be available for all three streams of delegates. Please choose
uoa guest wifi. This will start on 11/09/2017 and will expire on 15/09/17
username - cigrezericwoz
Password - eMRrl9d9
For AC delegates, WIFI details will be provided by Pullman hotel.
62
ADMINISTRATIVE COUNCIL PROGRAM SCHEDULE
63
AC NOTES
AC NOTES
64
KKiiaa OOrraa,,
TThhaannkk yyoouu
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