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Rosatom Perspective Energy Technology Platforms and Projects

Rosatom Perspective Energy Technology Platforms and Projects. Denis Kovalevich Director, Department of Strategic Management State Atomic Energy Corporation «Rosatom ». Rosatom in Nuclear Generation. Global Nuclear Capacity: TOP 5 GW. Production: TOP 5 in Russia TWh (2009). EDF. ROSATOM.

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Rosatom Perspective Energy Technology Platforms and Projects

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  1. Rosatom Perspective Energy Technology Platforms and Projects Denis Kovalevich Director, Department of Strategic Management State Atomic Energy Corporation «Rosatom»

  2. Rosatom in Nuclear Generation Global Nuclear Capacity: TOP 5 GW Production: TOP 5 in RussiaTWh (2009) EDF ROSATOM 63 163,3 23,2 ROSATOM RUSHYDRO 80,1 EXELON 18 MOSENERGO 61,7 KHNP 17,4 IRKUTSKENERGO 56,8 TEPCO 17,3 OGK-4 53,9 2

  3. Rosatom Nuclear Fleet in Russia Kola NPP: 4xVVER 440 Voronezh NPP: 4xVVER 440 + 1xVVER 1000 Balakovo NPP: 4xVVER 1000 Kalinin NPP: 3xVVER 1000 Rostov NPP: 2 xVVER 1000 Leningrad NPP: 4xRBMK Kursk NPP: 4xRBMK Smolensk NPP: 3xRBMK Beloyarsk NPP: 1xBN 600

  4. New NPP projects in Russia: Current Status Sites explored, licenses for construction obtained. Actual timing and sequences of further works would depend on economic recovery in the country • Central NPP • Nizhny NPP • Seversk NPP • South Urals NPP • Tver NPP • Total of 10 units ROSTOV 22009 – first criticality 2010 – connected to grid, gradual increase of power Beloyarsk 4 Baltic 1 -Voronezh 2-2 Leningrad 2-4 Rostov 3 Leningrad 2-2 Rostov 4 Voronezh 2-1 Nizhegorod 3 Kalinin 4 Leningrad 2-1 Leningrad 2-3 Rostov 2 Baltic 2 2006 2007 2008 2009 2010 2011 2012 2013 2014 2015 2016 2017 2018 2019 2020

  5. Russian Nuclear Technologies in the World There are 52 units of Russian design built outside Russia,out of them 36 units are operational in 8countries. Finland Belorussia Slovakia Ukraine Czech republic Каzakhstan Hungary Armenia Bulgaria Morocco Turkey China Iran Jordan Libya Egypt India Vietnam Under construction Agreements and negotiations Extended offer in Asia: India (up to 12 units on three sites) China: further units on Tianwan site (3&4 ) Vietnam: first NPP in South-east Asia

  6. Presidential Priority Projects: Modernization and Innovation VVER technology optimization 1 Short term Advanced fuel cycle based on fast reactors 2 Medium term Nuclear fusion technology 3 Long term 6

  7. Federal Task Program Total budget of 130 Billion Rubles till 2020 Integrated fuel cycle Electricenergy production economics Еnvironmental, safetyand security considerations New types of NPP units Sodium Lead Fast reactors technologies Fuel cycle technologies High density fuel Fundamental science Nuclear fusion МОХ fuel Lead-bismuth ITER SNF dry reprocessing FAIR Waste final disposition Codes Materials Background research Research infrastructure in Russia

  8. Russia`s Medium Term Strategy in Nuclear Energy Technologies FR program aims to increase safety of nuclear energy and resolve SF issue Pu reserves (weapon grade and reactor grade) Closed fuel cycle FR fleet Advanced tech demo (FR & reprocessing) Small series(FR & fuel plant) Initial core loads adding either enriched U or Pu Construction of advanced LWR No new built LWR LWR fleet Continued operation of existing LWR whereas economically viable Reprocessing of SF Open fuel cycle

  9. Current and Prospective Technologies of Nuclear Energy Conversion Additional nuclear energy 233Uи 239Pu Nuclear – Laser Conversion Laser radiation Nuclear power 235U 238U 239Pu 2H 3H Isotopes Heat Fission Thermo emission converter Laser Fusion Thermoelectric converter Heat Electric Power Mechanics Gas / Steam Turbine, Generator α, βdecay Hydrogen Plazma-dust converter New sources of energy, additional resources of nuclear energy and energy conversion

  10. Rosatom Renewables Projects Advanced R&D Multicrystalline silicon wafers PV-converters PV-modules Construction / Operation of Solar Power Plants Solar Projects Internal competences and financial resources Strategic market partners (operators) Strategic technology partners Wind Projects Production of special equipment Construction / Operation of Wind Farms (Power Plants)

  11. Advanced Superconductivity Energy Projects Technologiesof Superconductivity Distribution Storage Superconductive cables Super Flywheel Technology Kinetic Energy Storage • Superconductive Inductive Energy Storage Device (SPIN): • UninterruptiblePower Supply Systems (UPSS) • Damper • Impulse energy source • 15-25 MDj • Up to 30-40 MW • 15-20 years in service • Multifunctional device for AC or DC grids, industrial and transportation sectors, etc. • Accumulation potential 24 MDj (UPSS) - up to 100 MDj • 1.1 MW (UPSS) - up to 100 MW • Up to 20 years in service

  12. Smart and Green Energy Technologies of Rosatom Smart Grids Superconductive Transmission Lines Advanced Fast Reactors and Closed Fuel Cycle Generation New Technologies of Nuclear Energy Conversion Superconductive Energy Storage Renewables

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