Rosatom Perspective Energy Technology

Platforms and Projects

Denis Kovalevich

Director, Department of Strategic Management

State Atomic Energy Corporation «Rosatom»

www.rosatom.ru

Rosatom in Nuclear Generation

2

EDF

ROSATOM

EXELON

KHNP

TEPCO

ROSATOM

RUSHYDRO

MOSENERGO

IRKUTSKENERGO

OGK-4

Global Nuclear Capacity: TOP 5 GW

Production: TOP 5 in RussiaTWh (2009)

63

23,2

18

17,4

17,3

163,3

80,1

61,7

56,8

53,9

www.rosatom.ru

Rosatom Nuclear Fleet in Russia

Kola NPP: 4xVVER 440

Leningrad NPP: 4xRBMK

Kalinin NPP: 3xVVER 1000

Smolensk NPP: 3xRBMK

Kursk NPP: 4xRBMK

Voronezh NPP: 4xVVER 440 + 1xVVER 1000

Balakovo NPP: 4xVVER 1000

Rostov NPP: 2 xVVER 1000

Beloyarsk NPP: 1xBN 600

www.rosatom.ru

New NPP projects in Russia: Current Status

2006 2007 2008 2009 2010 2011 2012 2013 2014 2015 2016 2017 2018 2019 2020

Kal

inin

4

Vo

ron

ezh

2-1

Ro

sto

v 2

-Vo

ron

ezh

2-2

Ro

sto

v 3

Ro

sto

v 4

Len

ing

rad

2-

1

Len

ing

rad

2-2

Len

ing

rad

2-3

Bel

oya

rsk

4

Len

ing

rad

2-4

Niz

heg

oro

d 3

•Central NPP

•Nizhny NPP

•Seversk NPP

•South Urals NPP

•Tver NPP

Total of 10 units

Bal

tic

1

Bal

tic

2

ROSTOV 22009 – first criticality

2010 – connected to grid, gradual increase of power

Sites explored, licenses for construction obtained.Actual timing and sequences of further works would depend on economic recovery in the country

www.rosatom.ru

Russian Nuclear Technologies in the World

SlovakiaCzech republic

Hungary

Turkey

Каzakhstan

Egypt

India

Iran ChinaMorocco

Vietnam

Ukraine

Armenia

Belorussia

Bulgaria

Libya

Finland

Jordan

Under construction Agreements and negotiations

There are 52 units of Russian design built outside Russia,out of them 36 units are operational in 8countries.

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

www.rosatom.ru

Presidential Priority Projects: Modernization and Innovation

6

Short term

Medium term

Long term

VVER technology

optimization

Advanced fuel cycle based on

fast reactors

1

2

3

Nuclear fusion

technology

www.rosatom.ru

Federal Task Program

Research infrastructure in RussiaBackground research

ITERFAIR

Nuclear fusion

New types of NPP units

Fundamental science

Total budget of 130 Billion Rubles till 2020

Lead

Lead-bismuth

Sodium

High density fuel

МОХ fuel

SNF dry reprocessing

Waste final disposition

Fast reactors technologies

Fuel cycle technologies

Codes Materials

Integrated fuel cycle Electric energy production economics

Еnvironmental, safety and security considerations

www.rosatom.ru

Russia`s Medium Term Strategy in Nuclear Energy Technologies

LWR fleet

FR fleet

No new built LWR

Reprocessing of SF

Closed fuel cycle

Open fuel cycle

Initial core loads adding either enriched U or Pu

Advanced tech demo (FR & reprocessing)

Small series(FR & fuel plant)

Continued operation of existing LWR

whereas economically viable

Pu reserves (weapon grade and reactor grade)

FR program aims to increase safety of nuclear energy and resolve SF issue

Construction of advanced LWR

www.rosatom.ru

Current and Prospective Technologies of Nuclear Energy Conversion

Heat

Mechanics

Hydrogen

Laser radiationFission

Gas / Steam

Turbine, Generator

Plazma-dust converter

Thermo emission converter

Nuclear – Laser Conversion

Laser

Thermoelectric converter

Additional nuclear energy 233U и 239Pu

α, β decay

New sources of energy, additional resources of nuclear energy and energy conversion

Nuclear power

235U 238U239Pu

2H3H

Isotopes

Electric Power

FusionHeat

www.rosatom.ru

Rosatom Renewables Projects

Internal competences and financial

resources

Strategic technology

partners

Strategic market

partners (operators)

Construction / Operation of Wind

Farms (Power Plants)

Production of special equipment

Solar Projects

Wind Projects

Advanced R&D

Multicrystalline silicon wafers

PV-converters

PV-modules

Construction / Operation of Solar Power

Plants

www.rosatom.ru

Advanced Superconductivity Energy Projects

•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

Technologies of Superconductivity

Super Flywheel Technology

Kinetic Energy Storage

Superconductive Inductive Energy

Storage Device (SPIN):

•Uninterruptible Power Supply Systems (UPSS)•Damper •Impulse energy source

Superconductive cables

StorageDistribution

www.rosatom.ru

Smart and Green Energy Technologies of Rosatom

Superconductive Energy Storage

Superconductive Transmission Lines

Advanced Fast Reactors and Closed

Fuel Cycle

Smart Grids

Renewables

New Technologies of Nuclear Energy

Conversion

Generation