AGGM Austrian Gas Grid Management AG 2014 LONG-TERM PLANNING Planning Conference Vienna, 26 June...

AGGM Austrian Gas Grid Management AG

2014 LONG-TERM PLANNINGPlanning ConferenceVienna, 26 June 2014

Helmut Wernhart I 26 June 2014Planning ConferenceSlide 1


Agenda

▶ Schedule▶ Planning parameters of 2014 LTP▶ Free capacities - areas of potential congestion▶ Projects for 2014 LTP▶ Infrastructure standard▶ Capacity announcements 2015▶ Summary▶ Discussion/questions

Helmut Wernhart I 26 June 2014Slide 2 | Planning Conference


Agenda




Schedule for 2014 LTP



Agenda

▶ Schedule▶ Planning parameters of 2014 LTP

▶ Objectives in energy policy

▶ LTP data models▶ Monitoring of 2013 LTP projects

▶ Consumption forecast

▶ Entry model

▶ Free capacities - areas of potential congestion▶ Projects for 2014 LTP▶ Infrastructure standard▶ Capacity announcements 2015▶ Summary▶ Discussion/questions



EU objectives in energy policy

▶ EU energy strategy - long-term objectives▶ Counteracting climate change

▶ Reducing dependence on imports

▶ Promoting growth and employment through competitive energy supply

▶ Energy Action Plan “An energy policy for Europe” ▶ Creating and putting into practice an Internal Energy Market at EU level

▶ Security of energy supply

▶ Energy efficiency and renewable energy sources▶ Binding target: 20% of overall energy consumption from renewable energy sources Renewable Energy

Directive - individual targets for each Member State

▶ 22 January 2014 - 2030 framework for climate and energy policies: 27% renewable energy, 40% less greenhouse gases by 2030

▶ 25 October 2012 - Energy Efficiency Directive: reduction by 1.5% of annual primary energy consumption

▶ Energy technology

▶ External energy policyHelmut Wernhart I 26 June 2014Slide 6 | Planning Conference


Austria’s objectives in energy policy

▶ “2013-2018 Working Programme of the Austrian Federal Government” ▶ Drafting a 2030 energy strategy

▶ Transposing the EU Energy Efficiency Directive

▶ Achieving the 1.5% energy efficiency target

▶ Continued efforts towards expanding renewable energy

▶ »EU 2020 targets«: Implementing measures to achieve Austria’s self-imposed targets (34% renewable energy; -16% greenhouse gases; +20% energy efficiency)

▶ Active support for 2030 framework for climate and energy policies



Helmut Wernhart I 26 June 2014

LTP data models

Slide 8 | Planning Conference

How much gas is transported into the distribution area, and where and when does this happen?A high level of flexibility must be supported.

How must the distribution systembe structured in order to be able to make all transports possible?The system must be flexible in practical use.

How much gas flows out of the distribution network , and where and when does this happen?Sound data basis available.

Entry model

Exit model

Network model



Monitoring of LTP 13 projects - pipeline projects


Oberkappel Arnreith Bad Leonf . Rainbach Gr. Göttfritz Kirchberg WAG AZ

Laa

TAG AZ

Eggendorf

Grafendorf

St. Margarethen

Weitendorf

Sulmeck Greith

Finkenstein Ebenthal Weisenberg Ettendorf

Bruck/Mur

Pyhrn

Puchkirchen

Krift

Kronstorf

Ebelsberg Kronau

Wr. Neustadt

Schwechatrefinery

Mannswörth

Schönk.

Tall.

Baumgarten

Leop. Aderklaa

WilfleinsdorfHornstein

Lichtenwörth

Fürstenfeld

Edelsthal

St. Michael

Friedburg

Arnoldstein

Reitsham

CS_Baumgarten 1 + 2

Reichersdorf

DN 800 DN 800

Network expansion contract concluded

No network expansion contractDN 500

Semmering

Zagling

DN 500

Stor. fac. Haidach

DN 800 Expected completion date: 31 July 2014Expected

completion date:

15 July 2014


Monitoring of LTP 13 projects - non-pipeline projects


Proj. no. Project name Status

2012/1 Capacity increase filter separators realised2012/6 Adaptation of Ebenthal station realised

2012/4 Adaptation of Ebelsberg station ongoing

2013/1 Adaptation of St. Margarethen station ongoing

2013/5 Pressure increase Upper Austria extension threshold not reached

2012/2 Reverse flow Auersthal extension threshold not reached

2012/3 Capacity bookings at Baumgarten exit extension threshold not reached



Analysis of standard load profile customers


Eastern market area



Consumption scenarios


Eastern market area

stagnation at Status Quo 2014/Q1

all needs stated by the network operators are considered

further changes stated by the network operators are considered

Baseline scenario Maximal scenario

further changes stated by the network operators are considered additional reduction of the consumtion of 1.5 % pa.

Minimal scenario

development of the power plants

development of other consumers



Consumption forecast: energy


Eastern market area



Consumption forecast: power


Eastern market area



Power station projects


OberkappelArnreith Bad Leonf Rainbach Gr. Göttfritz Kirchberg WAG AZ

Laa

TAG AZ

Eggendorf

Grafendorf

St. Margarethen

Weitendorf

SulmeckGreith


Bruck/Mur

Pyhrn

Puchkirchen

Krift

Kronstorf

Ebelsberg Kronau

Schwechatrefinery

Mannswörth

Schönk.

Tall.

Baumgarten

.Aderklaa

Wilfleinsdorf

Hornstein

Lichtenwörth

Fürstenfeld

Edelsthal

St. Michael

Haidach

Arnoldstein

Reitsham

CS_Baumgarten 1 + 2

ZaglingStor. fac. Haidach

75

75

Planned completion date: 2019 [kNm³/h]

Planned completion date: 2024 [kNm³/h]

Graz

75Riedersbach 80

Vienna

Peisching

75

Theiß

75

Power station projects

90Dürnrohr

capacity expansion application 2025



Entry model


capacity contractcapacity contract

capacity contract

annual booking


Consequences from the consumption scenariosfor storage facilities


Injection/exit Withdrawal/entry

Maximum scenario

Higher probabilityof a smaller dynamic firm part

Higher probabilityof a largerdynamic firm part

Minimum scenario

Higher probabilityof a largerdynamic firm part

Higher probabilityof a smaller dynamic firm part



Capacity status storage cluster West, exit


Exit potential of the upper austrian storages 2015 in comparison to the actual usage in the gas year 2011

Exit

pote

ntial

of t

he u

pper

aus

tria

n st

orag

es [k

Nm

³/h]

Consumption in the distribution area east [kNm³/h]


Agenda





Free capacities - areas of potential congestion




Congestion


Congestion Solution

Entry storage cluster West – Exit Baumgarten

Projects already defined2012/2 reverse flow Auersthal2012/3 exit capacity Baumgarten2012/5 Pressure increase Upper Austria

Tyrol Additional entry capacities required

Wilfleinsdorf New project2014/1 Pipeline section Velm – Mannersdorf and adaptation of Wilfleinsdorf station



Congestion entry Haidach - exit Baumgarten


Oberkappel Arnreith Bad Leonf Rainbach Gr. Göttfritz Kirchberg WAG AZ

Laa

TAG AZ

Eggendorf

Grafendorf

St. Margarethen

Weitendorf

Sulmeck Greith


Bruck/Mur

Pyhrn

Puchkirchen

Krift

Kronstorf

Ebelsberg Kronau

Wr. Neustadt

Schwechatrefinery

Mannswörth

Schönk.

Tall.

Baumgarten

Leop. Aderklaa

WilfleinsdorfHornstein

Lichtenwörth

Fürstenfeld

Edelsthal

St. Michael

Friedburg

Arnoldstein

Reitsham

CS_Baumgarten 1 + 2

Reichersdorf

Network expansion contract concluded

Network expansion contract required

Semmering

ZaglingStor. fac. Haidach1 April 2016

1 January 2017 1 January 2017



Capacity status storage cluster West, entry


applicantEntry-/ Exit

pointdirection

capacity

enlargement

capacity

product

Wes

t 4/

3

HD

L 10

0 /

2

HD

L 10

0V

Rev

.AU

/BM

Sta

tion E

bel

sber

g

Dru

ckan

heb

ung

Ober

öst

erre

ich

West 4/3

HDL 100/2

HDL 100V

Station Ebelsberg

West 4/3

HDL 100/2

HDL 100V

Station Ebelsberg

Druckanhebung

OÖFNG

2007

/11

2008

/1

2011

/5

2012

/2

2012

/3

2012

/6

2012

/5

01.0

8.20

14

15.0

7.20

14

15.0

7.20

14

01.0

1.20

17

01.1

0.20

14

+18

Monat

e

ab K

EV

01.08.2014 +18 month of KEV

kWh/h kWh/h kWh/h

Status Quo 01.04.2014 Entry SK 9260591 9260591

astora Haidach Entry 715041 SK x x o + 715041 715041

astora Haidach Entry 559500 SK x x o + 559500 559500

EGS 7 Fields Entry 170848 SK x o + 170848 170848

EGS 7 Fields Entry 501674 SK x o + x 501674

Gazprom Haidach Entry 1734450 SK x x x o + x 1734450

KEA Entry 3681513 10705980 12985115x necessary project

o improves the quality of the standard capacity

+ improves the control of the Linzer Ring

capacity expansion application allocable capacity





applicantEntry-/ Exit

pointdirection

capacity

enlargement

capacity

product

Wes

t 4

/ 2

Wes

t 4

/ 3

HD

L 10

0/2

HD

L 10

0V

CS

Kro

nst

orf

West 4/2

West 4/3

HDL 100/2

HDL 100V

2007

/11

2007

/11

2008

/1

2011

/5

01.0

1.20

14

01.0

8.20

14

15.0

7.20

14

15.0

7.20

14

ca. 20

18

01.01.2014 01.08.2014

kWh/h kWh/h kWh/h

Status Quo 01.04.2014 Exit SK 5990835 5990835

RAG ES Puchkirchen Exit 1119000 SK x 1119000 1119000

astora 1/1 Haidach Exit 218645 SK x x x 218645 218645

astora 1/2 Haidach Exit 496396 SK x x x x 496396

astora Haidach Exit 559500 SK x x x x 559500

EGS 7 Fields Exit 495224 SK x x x 495224

EGS 7 Fields Exit 176176 SK x x x x

Gazprom Haidach Exit 1734450 SK x x x x x

KEA Exit 5526226 7328480 8879600

capacity expansion application projekts allocable capacity





Exit potential of the upper austrian storages 2015 in comparison to the actual usage in the gas year 2011

Exit

pote

ntial

of t

he u

pper

aus

tria

n st

orag

es [k

Nm

³/h]

Consumption in the distribution area east [kNm³/h]



consumption analysis Tyrol


▶ Additional capacity required from Nov. to March: approx. 85,000 kWh/h



Possible linepack use Tyrol


▶ Additional new customers from 2/2012: approx. 200 MW▶ No add. freely allocable capacity can be booked with bayernets▶ Analysis:

▶ Taking into account additional customers at a coincidence factor of 0.5▶ Temperature pattern as in previous three years

outt

ake

pres

sure

Kie

fers

feld

en s

tatio

n [b

arg]


Solution proposals for Tyrol

▶ Proposal 1: interruptible capacity + flow commitment = freely allocable capacity▶ + can be implemented easily▶ - additional costs▶ - legal issues yet to be clarified

▶ Proposal 2: interruptible capacity + measures specified in Section 25 GWG ▶ + no additional costs▶ - consumers must be able to reduce capacity in case of congestion▶ - more complex solution

▶ AGGM is in favour of Proposal 2▶ If no agreement is reached, Proposal 1 will have to be implemented




Congestion at Wilfleinsdorf


▶ Current situation:▶ 17.6 bar pressure reduction between Velm and Wilfleinsdorf, load at all-time high

▶ Mitterndorf-Mannersdorf pipeline was built in 1957

▶ Gate valve facility - replacement investments badly needed

Velm

Gate valve facility Mitterndorf

Wilfleinsdorf

Mannersdorf


Congestion at Wilfleinsdorf

▶ Objectives▶ Comply with specified pressure

▶ 40 barg outgoing pressure at Wilfleinsdorf

▶ Increase usable linepack in new South line

▶ Renew existing pipelines




Master plan Wilfleinsdorf


pressure reduction: intake pressure Velm station (new south pipeline) - outtake pressure Wilfleinsdorf station

planning zero case

BA1 BA2 zus. BA3

NO consumptionpipeline Velm-

Mannersdorfstation

Wilfleinsdorfpipeline Mannerdorf-

Wilfleinsdorf

[kNm³/h] [bar] [bar]

NNÖ 6.6

NBE 17.4

NNÖ 10

NBE 25

consideration of additional

consumption19.2 5

options

[bar]

load at all-time high 17.6 8.2 3.4



Project 2014/1


▶ Section 1: Pipeline segment Velm-Mannersdorf 12.8 km, DN 250, PN 70▶ Section 2: Adaptation of Wilfleinsdorf station

Section 1

Section 2


Agenda




Projects for 2014 LTP


Proj. no. Project name Status

2007/9 Pipeline segment Bruck/Mur - Styrian/Carinthian border

withdrawn

2007/10 Pipeline segment Styrian/Carinthian border - Ebenthal

withdrawn

2012/4 Adaptation of Ebelsberg station ongoing

2013/1 Adaptation of St. Margarethen station ongoing

2013/5 Pressure increase Upper Austria extension threshold not reached up to now

2012/2 Reverse flow Auersthal extension threshold not reached up to now

2012/3 Additional capacity requirement at Baumgarten exit

extension threshold not reached up to now

2014/1 Pipeline segment Velm-Mannersdorf and adaptation of Wilfleinsdorf station

approval process pending


Agenda





Infrastructure standard


Source: BMWFW, Risikobewertung 2014



Capacity announcements 2015


Entry standard capacity

Exit standard capacity

[kWh/h] [kWh/h]

storagefree aviable capacity cluster East 13,066,092 6,455,898free aviable capacity cluster West 0 0allocable capacity 37,831,472 24,424,520

productionallocable capacity 1,920,518

bio mass gas productionallocable capacity 22,130

allocable capacity 2015


Agenda




Summary

▶ Capacity demand can be covered for all consumers▶ Precondition: additional capacity at Kiefersfelden

▶ Announced capacity for storage facilities at a high level▶ Storage cluster West

▶ Entry: 952,000 Nm³/h standard capacity

▶ Exit: 790,000 Nm³/h standard capacity

▶ Storage cluster East▶ Entry: 2,413,000 Nm³/h standard capacity

▶ Exit: 1,383,000 Nm³/h standard capacity



Discussion

▶ Are there any additional interests that have not been taken into account in the 2014 LTP?

▶ Is the schedule for preparing the LTP acceptable? Approval for LTP expected between October and December.▶ Budget approval for project implementation

▶ Annual capacity booking




Contact/publishing information

Floridsdorfer Hauptstraße 1floridotower1210 ViennaAustriaPhone: +43 (1) 27 560-28870Fax: +43 (1) 27 [email protected]/en

Helmut Wittmann


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