IT systems, tools and approaches for Design Knowledge Management in Czech Republic. November 27, 2014, MIT, Czech Republic

IT systems, tools and approaches for Design Knowledge Management in Czech Republic November 27, 2014, MIT, Czech Republic

IAEA, DB NKM, Vienna, November 27, 2014

Ing. Radek Šula

1

Introduction of the Czech Republic From 2004 member of European Union


Ing. Radek Šula

2

Introduction of the Czech Republic Capital city: Prague Area: 78,703 sq km Population: 10 532 770 (2011) Currency: Czech crown koruna Form of government: parliamentary democracy; bicameral Parliament consists of the Senate and the Chamber of deputies

President elected directly by citizens for a five-year term; Prime Minister is appointed by the President Official languages: Czech, Slovak


Ing. Radek Šula

3

Czech Transmission System


Ing. Radek Šula

4

Power plants and nuclear facilities in the Czech Republic

2 NPP - Dukovany - Temelín

3 Low-level radioactive waste repository - Dukovany - Jáchymov - Litoměřice 2 Intermediate storage spent nuclear fuel - Dukovany - Temelín 2 Research reactors - UJV Řež 1 School reactor - ČVUT Praha


Ing. Radek Šula

5

Czech Energy - Strategic goals

Energy security Self-sufficiency Sustainability


Ing. Radek Šula

6

Czech Energy - Strategic priorities The transformation of the energy sector Decarbonization Adequacy - including strategic reserves Diversification - balanced energy mix Energy saving and efficiency Development of infrastructure Integration of electricity, gas and oil market - the target model Infrastructure strengthening Smart grids for transmission and distribution Research in the field of energy and industry, human resources Energy security - stocks, emergency preparedness


Ing. Radek Šula

7

Czech Energy - Strengths and weaknesses Strengths Vysoká kvalita a spolehlivost dodávek energie

Weaknesses Tržní deformace a pokřivené investiční signály

Zahájení transformace výrobní základny v Stárnoucí zdrojová základna i síťová elektroenergetice infrastruktura Veřejná akceptace jaderné energetiky

Aging highly educated human resources

Rozvinuté soustavy zásobování tepelnou energií

Omezený potenciál pro vyšší rozšíření obnovitelných zdrojů

Relativně příznivý ukazatel dovozní energetické závislosti

Vysoký podíl lokálních zdrojů využívajících nekvalitní paliva

Plná soběstačnost ve výrobě elektřiny a tepla

Vysoký podíl skládkování komunálního odpadu

Know-how in complex technological units building

Vnímání samozřejmosti vysoké kvality a spolehlivosti dodávek


Ing. Radek Šula

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Possible scenarios for Czech energy sector Inside of corridors: Optimized scenario (EDU NPP to 2037, ETE NPP to 2060 and 3 new Units)

Secure and self-sufficient scenario Traditional economic scenario Decarbonization scenario Extreme scenarios (outside of corridors, not recommended): Gas scenario with limited energy self-sufficiency Green scenario with limited energy self-sufficiency


Ing. Radek Šula

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Plynový scénář

Zelený scénář

Optimalizovaný scénář dle ASEK

Bezpečný a soběstačný

Konvenční a ekonomický

Dekarbonizační scénář

Spotřeba elektřiny

Vysoký scénář spotřeby

Nízký scénář spotřeby

Referenční scénář



Nízký scénář spotřeby

Odstavení JE

JEDU do roku 2027

JEDU do roku 2027

JEDU do roku 2037

JEDU za rok 2040

JEDU za rok 2040

JEDU do roku 2034

Nové jaderné zdroje

Žádné nové zdroje JE

Žádné nové zdroje JE

Tři bloky (20332037)

Dva bloky (2030,2032)

Jeden blok (2038)

Dva bloky (2033,2038)

Limity těžby

Zachování ÚEL na ČSA



Prolomení ÚEL

Prolomení ÚEL


Rozvoj OZE

Nízký scénář OZE

Vysoký scénář OZE

Realistický scénář OZE

Realistický scénář OZE

Nízký scénář OZE

Vysoký FVE, VTE

Významné palivo

Zemní plyn

OZE

Jádro

Kombinace

Konvenční zdroje

Nízkoemisní zdroje

Bilance ES

Dovoz elektřiny

Dovoz elektřiny

Plná soběstačnost

Exportní saldo

Možný import

Plná soběstačnost


Ing. Radek Šula

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Decision-Making During NPP Lifetime Designing Siting Component Manufacturing Construction Commissioning Operation and Maintenance Long Term Operation Radioactive Waste Management Decommissioning IAEA, DB NKM, Vienna, November 27, 2014

Ing. Radek Šula

11

License base, requirements for project License base consists of: Czech legislation International standards IAEA WENRA (Western Nuclear Regulators Association) requirements

level I

Czech legislation

level II

IAEA WENRA

level III

legislation in the country of origin

level IV

standards for nuclear industry

level V

industrial standards


Ing. Radek Šula

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Licensing Procedure


Ing. Radek Šula

13

KM - Processes Live cycle of Knowledge 2

Prioritize

3

Capture 4

1

Identification of Knowledge

Desciption (ER, Definition structure

Nomination of KM roles

Development and checking conception and documentation of KM

8

Organisational support

Feed back

7


Verification

Ing. Radek Šula

Reporting

6

expert profile, debriefing)

5 Sharing

Using

14

Czech nuclear operator – CEZ, a.s. NPP’s • Temelin NPP - 2 unit Pressurized-water reactor, VVER 1000 First connection – 2000

•Dukovany NPP - 4 unit Pressurized-water reactor, VVER 440 First connection - 1985

Installed power after turbine upgrade •

2x ~ 1070 MWe - ETE

•

4x ~ 500 MWe - EDU Approximately 35 % of ČEZ production


Ing. Radek Šula

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Dukovany NPP Electronic Data Systems for Design Basis Knowledge Management and for Work and Configuration Management


Ing. Radek Šula

16

Graphic-Database Data System Document management

N-Lan Operating–Process Computer PassPort

MNT-Graf Operation documentation ISSPD

Alphanumerical system

Graphical system

FileNet

Koord II Scheduling


Ing. Radek Šula

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MNT-Graf Through interconnection of a set of applications, MNT-Graf provides its users a knowledge integration service


Ing. Radek Šula

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MNT-Graf Application includes alpha numerical design basis data and information of operating systems and also its graphical image in assembly drawings of systems, equipments and their parts.

For example: piping system

power supply system signal transport and processing building, floor & room lay-out

material inspection-point details assembly drawings of machines, their parts and components


Ing. Radek Šula

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Equipment and other positions are grouped according to professions and Reactor Unit


Ing. Radek Šula

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Piping


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Power supply


Ing. Radek Šula

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Decision logic


Ing. Radek Šula

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Signal processing card connection


Ing. Radek Šula

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Floor plans


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Material inspection-point detail


Ing. Radek Šula

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Assembly drawings of machines, their parts and components


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And many supporting functions like statistic or economic overviews Year

1998

Num ber of P&Ids P&IDber increm enton all Num of IDs P&IDs Num ber of Ids on valid P&Ids P&ID changes/year Issued m aster P&IDs/year Marked equipm ./year ID increm ent/year

1999

2000

2001

2002

2003

2004

2005

388

2 486

1 273

2 573

8 625

3 552

207

627

314

515

781

421

4 219 21 226 16 220 1 329

601

2008

1 027

7 996 22 674 850

62

50 85 80 24 626 18 348 8 260 8 131 3 331 1 989 4 996 994 0 11 730 14 634 35 816 25 544 11 885 24 878 39 623 27 811 30 882 46 750

P&ID change control, marking - trends

11.09 Aktualizace 11.11.2009

num ber

40 000 30 000 20 000

10 000 0 Year

14 276 0 Doznačených zařízení/rok 217 Fyzicky označených v provoze 56 996

Number of issued master P&IDs trends

50 000

num ber

2007

###### ###### ###### ###### ###### ###### ###### ###### ###### ###### ###### 432 432 PC- Projektové číslo zařízení

60 000 6 000 5 000 4 000 3 000 2 000 1 000 0 Year Number of P&Ids

P&ID changes/year

Marked equipm./year

ID increment/year

Number of equip. IDs on P&IDs - trends ID num ber

2006

1 050 1 422 1 520 3 176 4 441 5 546 7 233 9 320 14 697 16 111 16 909 19 323 0 372 98 1 656 1 265 1 105 1 687 2 087 5 377 1 414 798 2 414 OS-Operativní schém a ###### ###### ###### ###### ###### ###### ###### ###### ###### ###### ###### 501 813 Počet PC na všech OS - celá historie

600 000 500 000 400 000 300 000 200 000 100 000 0 Year Number of Ids on valid P&Ids

Issued master P&IDs/year Lineární (P&ID increment)

P&ID increment

Trendy růstu grafických inform ací v systém u MNT-Graf. Grafická inform ace je považována za vrcholovou inform aci z hlediska řízení kvality a úplnosti záznam ů v registru zařízení PassPort v inform ačním systém u EDU. Registr MNT- Graf je zdrojem dat registru zařízení PassPort. Ruční vstup dat o zařízení a kom ponentě přím o do Registru zařízení Passport není vstupem věrohodných inform ací. Taková data jsou vždy při použití označena jako nevěrohodná ve všech procesech řízení, zejm éna v procesech s vlivem na jadernou, radiační a všeobecnou bezpečnost. MNT-Graf registruje zařízenínikoli kom ponenty. Označování zařízení fyzicky v provoze je důležitý param etr jakosti systém u řízení. MNT-Graf registruje zavěšení štítků na zařizení, jejich vyžádání a vyrobu na vzdáleném pracovišti.

Number of IDs on all P&IDs

Graf Počet projektových čísel ( PC ) na OS - trendy zaznam enává v křivkách podíl růstu kvality dat - zm ěnový proces na hlavním klíči registru na projektovém čísle zařízení. Siegel


Ing. Radek Šula

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Temelin NPP Electronic Data Systems for Design Basis Knowledge Management and for Work and Configuration Management


Ing. Radek Šula

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International cooperation on Temelin NPP Design basis project

Implementation project Construction Commissioning

Nuclear Fuel IAEA, DB NKM, Vienna, November 27, 2014

Ing. Radek Šula

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Temelin - Intranet portal


Ing. Radek Šula

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Outages management system - KSK system Passport More as 8000 work orders per outage

Primavera Twice daily recalculation

Plant Schema Automatic generation of proposals locking orders IAEA, DB NKM, Vienna, November 27, 2014

Ing. Radek Šula

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Communication system - KSK


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Schemes of systems and pieces of equipment and their components


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Information for TOP management - TEDIS I/II


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Information for work management - TEDIS I/II


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Information for workers - Daily schedule


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Daily Shifts Plan


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Detail view to configuration setting


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ADS - retrieval system - outage preparation


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KM portal


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ADS – Experience reports overview


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ECM - Document Management System


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E - learning


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Research Centre Rez - CV Rez Research organization daughter company of NRI (Nuclear Research Institute Rez)

Main activities: research, development and innovations in the field of energy (especially nuclear)

Unique research infrastructure: reactors LVR-15 and LR-0 technological experimental circuits Significant modernization of the infrastructure is expected to be realized in following 4 years due to realization of the SUSEN project (realized in the framework of the Operational Programme Research and Development for Innovations of the European Regional Development Fund).


Ing. Radek Šula

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CV Rez - Research Reactors – LVR-15 The LVR-15 is a tank-type light water research reactor located in a non-pressurized vessel under a shielded lid, with forced cooling and with operating thermal output up to 10 MW.


Ing. Radek Šula

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Low and Intermediate Radioactive Waste management in the Czech Republic Act no. 18/1997, on the peaceful uses of nuclear energy and ionizing radiation (Atomic Act) RW management – responsibility of the State Import of RW is forbidden Collection, sorting, treatment, conditioning, transport, storage RW generators Disposal - RAWRA


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Radioactive Waste Repository Authority Established in June 1997 under the provision of the Atomic Act

State-owned organization Mission - to ensure the safe disposal of RW Main goal - repository operation - DGR development Annual plan and budget approved by the Government Financed from Nuclear account Supervised by RAWRA’s Board


Ing. Radek Šula

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LILW Repositories in the CR

Richard Bratrství

Praha Hostím

NPP

Temelín

Repository SF Storage Closed facility


Dukovany

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The Dukovany Repository Situated at the Dukovany NPP site Waste generated by the nuclear power sector 55 000 m3 storage space


Ing. Radek Šula

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Development and structure of gross electricity production Hrubá výroba elektřiny (předběžně, rok 2012, IEA)

Hrubá výroba elektřiny (rok 2040)

6%

1.63%

2.25%

3% 15.24% 35%

9.30% 46%

48.80% 22.78%

9%

1% Černé uhlí Zemní plyn Jádro


Hnědé uhlí Obnovitelné zdroje energie Ostaní

Ing. Radek Šula

Černé uhlí Zemní plyn Jádro

Hnědé uhlí Obnovitelné zdroje energie Ostatní

51

Development and structure of production of electricity from renewable energy sources 25 000

20 000

GWh

15 000

10 000

5 000

0 2010

2015

2020

Biomasa Vodní elektrárny Geotermální energie IAEA, DB NKM, Vienna, November 27, 2014

2025 Bioplyn Větrné elektrárny

Ing. Radek Šula

2030

2035

2040

Biologicky rozložitelná část TKO Fotovoltaické elektrárny

52

The share of renewable energy in gross final consumption in the Czech Republic 30%

25% 21.07% 19.09%

20% 17.30% 15.82% 14.17%

15%

10%

11.98% 8.68%

5%

0% 2010

2015

2020

Podíl OZE na HKS


Ing. Radek Šula

2025

Závazek do roku 2020

2030

2035

2040

Maximální potenciál

53

Production and installed capacity - example


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Why we need new sources Flows of energy – example from practice


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Sustainable Nuclear Power Engineering

Safety

Security


and competitiveness

Safeguards

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Requirements to Design basis Inalienable requirements National low International requirements - IAEA, WENRA, WANO Industry requirements and standards Environmental requirements and standards ... Other requirements Financial aspects Work with secret information Availability of information (targeted information x awareness) Feed back from all related points

Bridge among departments, companies, people generations IAEA, DB NKM, Vienna, November 27, 2014

Ing. Radek Šula

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KM on a daily basis


Ing. Radek Šula

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Thank you for your attention


Ing. Radek Šula

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IT systems, tools and approaches for Design Knowledge Management in Czech Republic. November 27, 2014, MIT, Czech Republic

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