New Nuclear Build in Hungary

Transcription

1 New Nuclear Build in Hungary European Nuclear Forum Prague, March 2013 Sándor NAGY CEO, MVM Paks II. Ltd.

2 Structure of the MVM Group MVM Ltd. Holding Centre Trading Generation ITO Services Investments Technological services Conductional services Real estate operational and welfare services MVM Trade Ltd. MVM Paks NPP Ltd. MAVIR Ltd. MVM OVIT Ltd. MVM KONTÓ Ltd. Római Office Building Ltd. Powerforum Ltd. MVM Partner Ltd. Vértesi Power Plant Ltd. HGTLtd. MVM ERBE Ltd. MVMI Informatika Ltd. Hotel Vértes Ltd. Mátrai Power Plant Ltd. MVM Partner Serbia d.o.o. MVM BVMT Ltd. MVM VILLKESZ Ltd. Hotel Aranyhíd Ltd. Dunamenti Power Plant Ltd. MVM Partner d.o.o. MVM Partner Energija d.o.o. MVM MIFŰ Ltd. MVM North Buda Power Plant Ltd. ATOMIX Ltd. Energo-Merkur Ltd. Niker d.o.o. Elmű Ltd. ÉMÁSZ Ltd. MVM-ADWEST GmbH MVM Partner Bucharest MVM Trade Poland Sp. z.z.o. MVM Hungarowind Ltd. MVM GTER Ltd. MVM Investment Ukraine Ltd. System Investment Ukraine Ltd. ER-EF Ltd. EKS-Service Ltd. MM Energy Corpotate Finance Beratungs GmbH. MPVI Mobil Ltd. HUPX Ltd. CEEGEX Ltd. HDER Ltd. Bánhida Power Plant Ltd. MVM Net Ltd. The MVM Group comprises 56 companies in total, which include, with regard to ownership rights, one parent company, 37 subsidiaries, 2 joint management companies, 7 associated companies and 10 companies of other forms of participation. The consolidation includes 38 member companies. The 44 major companies are shown in the figure.

3 Generation units in Hungary owned by MVM Sites /Capacities Hungarowind 23MW Bakony 116MW Litér 120MW Lőrinci 170MW Vértes 240MW Észak-Buda50MW Márkushegy 0.75mt Paks 2000 MW Miskolc 63MW Sajószöged 120MW Power Plant Capacities of the main Players in Hungary MVM* GdF-Suez AES EDF** E.ON RWE Euroinvest Coal fired Nuclear Cogeneration & CCGT Gas Turbines Wind Coal Mine 0 1,000 2,000 3,000 4,000 MVM including the capacities of Dunamenti and Mátra ** EDF including the capacity of Dalkia

4 MVM Paks Nuclear Power Plant Ltd. The only commercial nuclear facility in Hungary Operated by MVM Paks NPP Ltd., a member of MVM holding State ownership 4 units - VVER-440 design (PWR reactor) , 1984, 1986, 1987 Second generation, safe model, 4x500 MW Continuous upgrading - good production and safety performance indicators The safety of the nuclear power plant is guaranteed by: highly qualified, safety conscious and greatly committed personnel continued developments, safety enhancement measures and reconstructions intended to replace the obsolescent items of equipment.

5 Hungary s Electricity production The power plant has produced TWh electrical energy since the date of the first connection of Unit 1 to the grid, the load factor is 89,90% (2012).

6 Power Upgrading The total power output increased by 134 MW Project implementation cost 14,4 m Annual turnover increase 42 m /y Specific investment cost 0,17 m /MW Unit 4 Unit 3 Unit 2 Unit МW 500 МW 500 МW 500 МW 26/09/ /11/ /12/ /07/2007

7 Continuous safety enhancement AGNES report (Advanced New and General Evaluation of Safety) Safety Enhancement Measures Improvement of incident and accident management Increasing the reliability of the safety systems Decreasing equipment overstrain Support to the operational personnel Inspection of the containment Improvement of the seismic resistance Improvement of the fire-safety Periodical Safety Reviews VBJ-IBJ (Final and Periodical Safety Assessment Report) PRISE Steam Generator blow-down 2002 Severe accident management Installation of hydrogen combustors in the containment area Reinforcement of the cooling pond s coolant lines and installation of isolation valves Flooding of the reactor shaft, cooling of the reactor vessel Independent electric power supply to the pressurizer safety valve Installation of new accident monitoring instruments

8 Gross capacity [MW] How much capacity? Minimal capacity needs BPP SPP Import New units existing

9 Project preliminaries National Energy Strategy Parliament s decision on 3 rd October Teller Project Feasibility study Decision in Principle of the Parliament 30 th March yes, 6 no and 10 abstaining Lévai Project Preparation work of the planned project. Background work for successful decision making process. MVM Paks II. Nuclear Power Plant Development Co. Continues the work from 26 th July 2012 as an independent company.

10 Fundamentals for new Units High nuclear safety : Generation III+ Pressurized light-water reactor (PWR) Power rate: MW Load following capacity (50-100%) 60 years lifetime Siting: Paks Not first of a kind (FOAK) Low quantity of nuclear waste

11 Bird s eye view of the site

12 Environment for investment in nuclear in Hungary Hungarian Government A Hungarian Governmental Committee was established to handle the strategic questions of the new builds program; 15 Working Groups were launched to deal with different strategic questions;

13 Potential reactor types APR 1400 ~1450 MW Under construction: Baraka-1-4 United Arab Emirates Shin Kori-3,4-Shin Ulchin-1,2 Korea (Shin Kori-5,6-Shin Ulchin-3,4) ATMEA ~1150 MW Pre-qualification obtained: Atucha-3. Argentina Specification under evaluation: Jordan AP 1000 ~1100 MW Under construction : Sanmen-1,2 Haiyang-1,2 China Vogtle USA VC Summer

14 Potential reactor types EPR ~1600 MW Under construction : Flamanville-3 France Olkiluoto-3 Finland Taishan-1,2 China VVER VVER ~ MW Operating: Tianwan-1,2 China (AES-91) Busher-1 Iran Under construction: Leningrad-2 Russia (AES-2006) Novovoronezh-2 (AES-2006) Khmelnitski-3,4 (Ukraine) Kudankulam-1,2 India (VVER-1000) Rostov-Russia (AES-2006)

15 Building public confidence in nuclear Public Acceptance Communication tour in the country Exhibition about the nuclear power plant, its activities and about its future plans (lifetime extension, new unit(s)) Communication campaign (carrier days at universities) Frequent public opinion surveys Articles, and media appearances

16 Public acceptance Do you accept that a nuclear power plant operates in Hungary?

17 Hungarian localisation Social and economic relations Hungarian localisation - to reach a min. of 30% Nuclear cluster 218 companies have been listed

18 preliminary licenses Licensing steps Site licensing MBFH - mining inspectorate Geological examination Parliament Decision in principle ÁNTSZ health authority Determination of dose constraint Environmental licensing KTVF environmental inspectorate Consultation or preliminary environmental assessment In progress OAH Hungarian Atomic Energy Agency Safety evaluation of the site Environmental impact assessment Other licensing Pertaining to building affairs Physical protection Radiation protection Fire protection OAH Construction license MEH Hungarian Energy Agency OAH OAH MEH Construction license System installation licenses License for operation License for energy production KTVF Construction license for systems of water management KTVF Operational license for systems of water management

19 Licensing issues Environmental licence o The site test framework program is ready. o The preparation of the monitoring is in progress. o Licensing documents will be elaborated after the end of the monitoring program. Site licence o The framework program and the geological investigation plan are ready and reviewed by the International Atomic Energy Agency (IAEA). o The geological investigation plan is ready for submission to the Mining Authority for approval. o The execution of the geological and site investigation will be started after the approval of the Mining Authority. o The licensing documents (EIA) could be elaborated after the end of the investigation program. Dose constraint

20 Preconditions, time scale studies Parliament Government Ministry 7. (2) For the start of preparation of new nuclear unit, or storage facility or extension of the existing NPPs by new unit is necessary to obtain the prior principal agreement of the Parliament. Atomic Law Paks-5 Paks-6 Teller Lévai MVM Paks II. Ltd licensing years bidding design construction montage Commissioning

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