L3Harris entered the power plant simulation business in 1973. Today, L3Harris is the world’s foremost supplier of high-end, full scope operator training simulators for nuclear power plants of most manufacturers, as well as simulation solutions for coal, oil and gas-fired power plants. Our Power Systems and Simulation business is known for its customer-centric approach, technological superiority and value-added service in delivering best-in-class simulators.
L3Harris.com
+1 514-787-5000
8565 Côte-de-Liesse Montréal, QC, Canada H4T 1G5
> Bruce A > Bruce B > Canadian Nuclear Laboratories > Darlington > Gentilly-2
Canada
> Dungeness B > EDF Energy Campus > EDF Energy Nuclear Power Academy > Hartlepool > Heysham 1 > Hinkley Point B > RWE npower > Sizewell B
United Kingdom
German Navy
> Pyeongtaek > Wolsong 1 > Wolsong 2 > Wolsong 3
Korea
> IMSR > Pickering A > Pickering B > Point Lepreau > SNC-Lavalin
> Brunsbüttel > Framatome > Isar > Leipzig > Philippsburg > Stade
Germany
U.A.E.
> Barakah
South Africa
> Koeberg
> Framatome > Institut de Radioprotection et de Sûreté Nucléaire > Institut National des Sciences & Techniques Nucléaires
France
USA
> ANO-1 > Brunswick > Callaway > Center for Advanced
Engineering and Research
> Clinton > Crystal River 3 > Davis-Besse
> Diablo Canyon > Enrico Fermi 2 > Fort Calhoun > Framatome > Idaho National Laboratory > McGuire > Oconee
> Pilgrim > Prairie Island > Rancho Seco > San Onofre 1 > San Onofre 2/3 > St. Lucie 1 > St. Lucie 2
> South Texas Project > Susquehanna 1 > Three Mile Island 1 > Turkey Point > Waterford 3 > Westinghouse > Wolf Creek
Argentina
> Embalse
Belgium
> Tihange 1
Brazil
> Angra 1 > Angra 2
China
> CAP1400 Design Support > Daya Bay > Hongyanhe Phase I Units 1, 2 > Hongyanhe Phase I Units 3, 4
> Ling Ao > Ling Ao Phase II > Qinshan Phase III
Finland
> Olkiluoto 3
Ireland
> Moneypoint > Poolbeg
Japan
> Nuclear Regulation Authority
Mexico
> Laguna Verde
Qatar
> Ras Abu Fontas B
Romania
> Cernavodă
Saudi Arabia
> Qurayyah
Slovenia
> Brestanica > Krško
> Forsmark 1 > Forsmark 3 > Oskarshamn 1 > Oskarshamn 2 > Oskarshamn 3 > Ringhals 2
Sweden
Switzerland
> ALSTOM (Switzerland) Ltd. > Beznau > Leibstadt
The company’s know-how and innovative technologies have had a positive impact on the world of power plant simulation. We have perfected systems to design, develop and execute the world’s most sophisticated simulators in various operating environments. Here are just a few of our remarkable achievements.
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First CANDU power plant simulator project starts (Pickering A, Canada) [†‡]
1984
Introduced the concept of “global malfunctions” [†]
LEGEND:
† Project 'firsts'
‡ Technological 'firsts'
1973
1979
First BWR power plant simulator project starts (Pilgrim, USA) [†‡]
First PWR power plant simulator projects start (St. Lucie and Turkey Point, USA) [†‡]
Began developing simulators on open computing platforms [†]
First fossil power plant simulator project starts (Qurayyah, Saudi Arabia) [†‡]
1989
1988
Launched graphical, component-based modeling (ROSE®) [†]
First power plant simulator upgrade project starts (San Onofre, USA) [†‡]
First graphical, component-based LNG terminal simulator project starts (Pyeongtaek, Korea) [†‡]
1991
First graphical, component-based fossil plant simulators start (Moneypoint and Poolbeg, Ireland) [†‡]
First European nuclear power plant simulator project starts (Cernavodă, Romania) [‡]
First graphical, component-based nuclear plant simulator project starts (South Texas Project, USA) [†‡]
1992
First Asian nuclear power plant simulator project starts (Wolsong, Korea) [‡]
First severe accident simulation model integrated with full scope simulator in service (Krško, Slovenia) [†‡]
Natively developed first full scope nuclear plant simulator on PC/Windows (Ling Ao, China) [†‡]
2000
1999
1994
First African simulator project starts (Koeberg, South Africa) [‡]
First Generation III nuclear power plant simulator project starts (Olkiluoto 3 [EPR], Finland) [†‡]
First Latin American simulator project starts (Angra, Brazil) [‡]
2005
2004
2002
First GCR power plant simulator project starts (Hartlepool, Great Britain) [†‡]
Instructor Station equipped with scenario-based testing and scenario manager [†]
Introduced our signature Orchid® simulation environment [†]
2010
2007
Introduced Learning Simulators, combining 3D visualization with high-fidelity simulation [†]
Launched Orchid® IX: immersive and interactive 3D visualization [†]
Launched touch-capable Instructor Station for tablets and desktops [†]
2019
2018
2011
First SMR power plant simulator project gets underway (IMSR, Terrestrial Energy) [†‡]
First full-scale 3D plant visualization project starts (Barakah, UAE) [†‡]
2020
More
> Bruce A > Bruce B > Darlington > Gentilly-2 > IMSR
> Pickering A > Pickering B > Point Lepreau > SNC-Lavalin
START YOUR TOUR
LEADING THE WAY
OVER 50 YEARS OF HIGH REALISM SIMULATION AND TRAINING EXPERIENCE
MILESTONE EVENTS GLOBAL PRESENCE LEARN MORE ABOUT OUR 50 YEARS OF EXPERIENCE
> GLOBAL PRESENCE
U.S.A.
U.K.
> 1500 Ton Coast Guard Vessel > 600 Ton Coast Guard Vessel
> Framatome
> Angra 1 > Angra 1
> ANO-1 > Brunswick > Callaway
United States
> Bruce A > Bruce B > Canadian Nuclear Laboratories > Darlington > Gentilly-2 > IMSR > Pickering A > Pickering B > Point Lepreau > SNC-Lavalin
South Korea
> Center for Advanced Engineering and Research
> Diablo Canyon > Enrico Fermi 2 > Fort Calhoun > Framatome > McGuire > Oconee
> Idaho National Laboratory
> Pilgrim > Prairie Island > Rancho Seco > San Onofre 1 > San Onofre 2/3 > St. Lucie 1 > St. Lucie 2 > South Texas Project > Susquehanna 1 > Three Mile Island 1 > Turkey Point > Waterford 3 > Westinghouse > Wolf Creek
> Institut National des Sciences & Techniques Nucléaires
> Institut de Radioprotection et de Sûreté Nucléair
United Arab Emirates
> CAP1400 Design Support > Daya Bay > Hongyanhe Phase I Units 1, 2 > Hongyanhe Phase I Units 3, 4 > Ling Ao > Ling Ao Phase II > Qinshan Phase III
> MILESTONE EVENTS
LEGEND
† Project ‘firsts’ ‡ Technological ‘firsts’
1973 First CANDU power plant simulator project starts (Pickering A, Canada) [†‡] 1979 Introduced the concept of “global malfunctions”[†] 1984 First BWR power plant simulator project starts (Pilgrim, USA) [†‡] 1988 First fossil power plant simulator project starts (Qurayyah, Saudi Arabia) [†‡] 1989 Began developing simulators on open computing platforms [†] 1991 Launched graphical, component-based modeling (ROSE®) [†] First graphical, component-based LNG terminal simulator project starts (Pyeongtaek, Korea) [†‡] First power plant simulator upgrade project starts (San Onofre, USA) [†‡] First graphical, component-based fossil plant simulators start (Moneypoint and Poolbeg, Ireland) [†‡] 1992 First graphical, component-based nuclear plant simulator project starts (South Texas Project, USA) [†‡] First European nuclear power plant simulator project starts (Cernavodă, Romania) [‡] 1994 First Asian nuclear power plant simulator project starts (Wolsong, Korea) [‡] 1999 Natively developed first full scope nuclear plant simulator on PC/Windows (Ling Ao, China) [†‡] 2000 First severe accident simulation model integrated with full scope simulator in service (Krško, Slovenia) [†‡] 2002 First African simulator project starts (Koeberg, South Africa) [‡] 2004 First Latin American simulator project starts (Angra, Brazil) [‡] 2005 First Generation III nuclear power plant simulator project starts (Olkiluoto 3 [EPR], Finland) [†‡] First GCR power plant simulator project starts (Hartlepool, Great Britain) [†‡] 2007 Introduced our signature Orchid® simulation environment (Angra, Brazil) [‡] 2010 Instructor Station equipped with scenario-based testing and scenario manager [†] 2011 Introduced Learning Simulators, combining 3D visualization with high-fidelity simulation [†] 2018 Launched touch-capable Instructor Station for tablets and desktops [†] 2019 Launched Orchid® IX: immersive and interactive 3D visualization [†] First full-scale 3D plant visualization project starts (Barakah, UAE) [†‡] 2020 First SMR power plant simulator project gets underway (IMSR, Terrestrial Energy) [†‡]
