MITSUBISHI HEAVY INDUSTRIES, LTD. Head Offices ■ Marunouchi 3-2-3 Marunouchi, Chiyoda-ku, Tokyo, 100-8332, Japan Our online media Phone: 81-3-6275-6200

■ Yokohama 3-3-1 Minatomirai, Nishi-ku, Yokohama-shi, Kanagawa, 220-8401, Japan spectra.mhi.com www.mhi.com

Issued August 2021 K060-AACS21E1-B ON LAND

AT SEA

Maintaining our value to society OUR PRINCIPLES by adapting to changing times and We deliver reliable and innovative solutions that make embracing the challenges facing humankind a lasting difference to customers and communities worldwide. We act with integrity and fairness, always respecting others. today, tomorrow and well into the future— We constantly strive for excellence in our operations and technology, on land and at sea, in the sky and in space, building on a wide global outlook and deep local insights. we move the world forward. IN THE SKY

MHI GROUP CSR ACTION GUIDELINES TAGLINE

MHI Group strives to move the world toward a more secure future. Through our technology, our business practices and our people, we: The tagline advocates that we "Move the world forward" together CARE FOR THE PLANET with our global customers and local communities toward a more We are eco-conscious, and engineer environmentally friendly sustainable future. technologies that improve sustainability and protect the Earth CREATE A MORE HARMONIOUS SOCIETY We embrace integrity and proactive participation to solve societal challenges INSPIRE THE FUTURE IN SPACE We cultivate global talent who share a vision and desire to move the world forward for generations to come

1 2 With a perspective gained from 130 years of history 1991 – and tradition on land, at sea, in the sky and in space, Supporting a Sustainable Society as a Comprehensive Infrastructure Company MHI Group has always sought high effi ciency, and as the trend toward global product fi elds are expanding on a global scale. The Group is working to develop MHI Group addresses social issues and takes on environmental conservation gains momentum and the concept of ecology becomes technologies and products that help make societies more sustainable while raising commonplace, the company’s gas turbine, eco-ship and other technologies and its profi le worldwide as a comprehensive infrastructure company. challenges for the future. SPACE:

©JAXA

1880 – 1945

Building a Transportation Infrastructure from Roots in Shipbuilding ©JAXA/NASA 2007 2009 2009 2013 MHI’s monozukuri began with the lease of Nagasaki Shipyard from the Ministry of a comprehensive manufacturer of transportation equipment. As global tensions Started launch services of H-IIA Launch Successfully launched the fi rst H-IIB Successfully launched the fi rst Started launch services of H-IIB Launch Vehicles and successfully launched the Launch Vehicle with the greatest lift international space station H-II Transfer Vehicles, in addition to H-IIA, Industry. Even as the company built Japan’s fi rst steel steamship and battleships, rose, the company entered into an age in which its technologies—more advanced fi rst H-IIA after privatization capacity in Japan Vehicle (HTV), “KOUNOTORI” with capacity to handle larger satellites it applied the technologies and knowledge cultivated in those endeavors to begin than those of most countries at that time—would be diverted to military use. production of automobiles and aircraft, thereby expanding its range of business as SKY:

©Bombardier ©Mitsubishi Aircraft Corporation ©Boeing ©Mitsubishi Aircraft Corporation 1884 1918 1931 1942 Founding. Leased the government-owned Built the Mitsubishi Model A Manufactured Japan’s fi rst Built the world’s largest 1996 2000 2007 2007 2015 First fl ight of the “Global Express” Delivered the fi rst mass-produced F-2 Offi cially launched the MRJ program and Shipped the fi rst main wing box Conducted the maiden fl ight of the fi rst Nagasaki Shipyard and started a shipbuilding passenger car domestically produced tank, the battleship, the MUSASHI business jet, jointly developed with Fighter commenced sales activities for the Boeing 787 MRJ fl ight test aircraft business. Type 89 medium tank Bombardier

LAND:

1887 1908 1929 1939 Launched Japan’s fi rst Built the TENYO MARU, Japan’s fi rst Launched the ASAMA MARU Produced the Zero Carrier Fighter steel steamship, the large passenger liner, with a passenger ship YUGAO MARU shipbuilding industry record gross tonnage over 10,000 tons 1999 2000 2008 2009 2011 2016 Completed the Tatara Delivered a refuse incineration Implemented the world’s Started commercial operations Achieved the world’s highest Completed one of the Bridge, Japan’s longest plant with the world’s highest fi rst Integrated coal of the Hokkaido Electric Power turbine inlet temperature (1,600˚C) world’s largest fl ue gas CO2 cable-stayed bridge throughput to Singapore Gasifi cation Combined Company Tomari Nuclear Power during verifi cation test with the capture plants for enhanced 1946 – 1963 1964 – 1990 Cycle (IGCC) system Plant Reactor 3 world’s highest effi ciency J-series oil recovery in the United gas turbine States Supporting Post-war Recovery with Merging of Three Heavy Industry Companies Consumer Products Leads to Large-scale Development

After the war, in accordance with national policy, MHI shifted its emphasis from In 1964, the same year Tokyo hosted the Summer Olympics, the three principal military hardware to the development and manufacture of scooters, air conditioners, heavy industry companies reunited, creating today’s form of MHI Group. Its and many other types of consumer products. In 1950, in line with the GHQ’s policy of products expanded to encompass the fi elds of land, sea and air, and included oil- dissolving large industrial groups (zaibatsu), MHI was divided into three independent drilling rigs, power plants, tankers and bridges. In addition, the successful lift-off 2009 2011 2011 2014 2017 2019 2019 companies. As a result, the scale of products grew more diverse, and the three of the H-I launch vehicle occurred during this period, and the Group’s participation Commenced operations of Completed the fi rst mass- Developed the MEGANINJA, Completed the MIHARA Completed the fi rst Commenced operations of Launched FB-80 series, companies fell into competition. However, this technology race would provide the in full-fl edged space development began. Dubai Metro, at the time the produced Type 10 tank a container-confi gured 1.5 MW Test Center, Japan’s fi rst mass-produced Type Doha Metro, one of the a next-generation electric foundation for the leading company in heavy industry. world’s longest automated gas engine power generation comprehensive railway 16 mobile combat world’s largest fully forklift with formidable unmanned rail system, in system that can begin transportation system vehicle automated unmanned rail operability by a feeling of Dubai, UAE generating power within test facility equipped with a systems, in Qatar unity with the operator 24 hours of delivery circular railway test track

1970 1978 1946 1968 Started operations of the First fl ight of the MU-300 1989 Shifted to consumer products Completed the fi rst domestically PWR nuclear power plant business jet Delivered the world’s deepest after the war and built the iconic produced 500 MW supercritical at Kansai Electric Power diving submersible research 1997 2002 2003 2004 2006 2014 2015 1983 Completed the world’s fi rst Developed the world’s fastest Developed the Developed the world’s fi rst high- Developed and sold Developed and sold Introduced a high-effi ciency “Silver Pigeon” scooter pressure boiler, Chubu Electric Mihama Unit 1 Delivered the fi rst vehicle, the SHINKAI 6500 dry-cut gear cutting system, (90,000 copies/hr) newspaper “wakamaru” precision four-dimensional the world’s fi rst mass- ABLASER, a laser centrifugal chiller adopting low Power Chita Thermal Power Station Moss spherical tank 1986 which uses no cutting oil off set press communication radiation therapy system production machine for micromachining system GWP refrigerant Unit 3 (1,700 t/h) type LNG carrier Successfully robot bonding wafers at room equipped with proprietary (GWP: Global Warming Potential) launched the fi rst temperature high-precision optical H-I Launch Vehicle heads SEA:

1963 1968 First fl ight of the MU-2 Built Japan’s fi rst container 1971 twin-engine turboprop utility ship, the HAKONE MARU Delivered the No. 1 Fertilizer aircraft Plant to Iraq 1985 1990 Delivered the world’s largest Completed Japan’s largest 1975 combined cycle power plant, luxury cruise ship, the 1970 Successfully Tohoku Electric Power CRYSTAL HARMONY 2000 2005 2011 2014 Opened the Shonan Delivered the destroyer, Constructed the deep-sea drilling Completed development of the Delivered TACHIBANA-MARU, the launched the fi rst Higashi Niigata Plant Unit 3, Monorail, Japan’s ASHIGARA vessel, CHIKYU, capable of drilling up “SAYAENDO” new-generation LNG fi rst cargo-passenger ship equipped N-I Launch Vehicle No. 2 Series (545 MW) fi rst suspended to 7,000 m below the seabed carrier with a tandem-hybrid contra-rotating monorail system propeller system 3 for commuter use 4 ENERGY SYSTEMS ENERGY SYSTEMS / NUCLEAR ENERGY SYSTEMS

MITSUBISHI POWER, LTD. MITSUBISHI HEAVY INDUSTRIES COMPRESSOR CORPORATION Thermal Power Systems Compressors

1 2 3 4 22 23 24 25

NUCLEAR ENERGY SYSTEMS 5 6 7 8

MITSUBISHI HEAVY INDUSTRIES, LTD. TURBODEN S.P.A. Nuclear Energy Systems

9 10 11 26 27 28 29 30

MITSUBISHI HEAVY INDUSTRIES MARINE MACHINERY & EQUIPMENT CO., LTD. Marine Machinery

©ITER Organization, 12 13 14 15 16 31 32 http://www.iter.org 33 34 35

MITSUBISHI HEAVY INDUSTRIES AERO ENGINES, LTD. Aero Engines

Right: High Temperature Gas-Cooled Courtesy of JAPANESE Courtesy of JAPANESE Reactors AERO ENGINES CORPORATION 17 ©Rolls-Royce plc 2016 18 AERO ENGINES CORPORATION 19 2025 21 36 Left: Hydrogen Production Unit 37 38 39

ENERGY SYSTEMS 22. Cracked Gas Compressors and Steam Turbines for Ethylene Plant 23. Main Gas Compressor Trains for FPSO 1. Gas Turbine Combined Cycle (GTCC) Power Plant/Tohoku Electric Power Co., Inc. Sendai Thermal Power Plant No. 4 (Japan) 2. Steam Power Plant/JERA Co., Inc. 24. Product Gas Compressors and Steam Turbines for PDH Plant 25. Rotor of Steam Turbines Hitachinaka Thermal Power Station No. 1, No. 2 (Japan) NUCLEAR ENERGY SYSTEMS 3. Integrated coal Gasifi cation Combined Cycle (IGCC) Power Plant/Nakoso IGCC Power GK Nakoso IGCC plant 26. Pressurized Water Reactor (PWR)/Kansai Electric Power Co., Inc. Takahama Nuclear Power Station Nos. 1-4 (Japan) 27. Next-Generation PWR 4. Geothermal Power Plant/Reykjavik Energy Hellisheidi Geothermal Power Plant (Iceland) 5. M501J Gas Turbine 6. Aero-derivative Gas Turbine FT8® MOBILEPAC® 28. Small Reactors (Multi-purpose Power Source) 29. Reactor Vessel 30. Steam Generator 31. Reactor Internals 32. Reactor Coolant Pump 7. LP Steam Turbine Rotor with 54-Inch Blades for Nuclear Power Plant 8. 1,120 MVA Turbine Generator 9. Flue Gas Desulfurization Plant/Kozienice Power Plant (Poland) 33. Rokkasyo Reprocessing Plant 34. Cask 35. Nuclear Fuel 36. Power Reactor 37. High Temperature Gas-Cooled Reactors (for Hydrogen Production) 10. Solid Oxide Fuel Cell (SOFC)/Micro Gas Turbine (MGT) Hybrid System 11. Organic Rankine Cycle (ORC) Power System 38. International Thermonuclear Experimental Reactor (Nuclear Fusion Reactor) 12. MET Turbocharger 13. Ultra Steam Turbine (UST) Plant 14. Auxiliary Boiler 15. Fin Stabilizers 16. Steering Gear 39. Working for Decommissioning at TEPCO’s Fukushima Daiichi Nuclear Power Station/Left: Remote-controlled Robot MHI-MEISTeR/Right: Fuel Debris Removal Robot Arm 17. V2500 Series (Turbofan) 18. Trent Series (Turbofan) 19. PW1000G Series (Turbofan) 20. MRO: Maintenance, Repair and Overhaul 21. TS1 (Turboshaft) Engine, Output Power: 884 SHP [Observation Helicopter OH-1]

5 6 PLANTS & INFRASTRUCTURE SYSTEMS PLANTS & INFRASTRUCTURE SYSTEMS

MITSUBISHI SHIPBUILDING CO., LTD. Commercial Ships

1 2 3 4 5 25 26 27 28 29 MITSUBISHI HEAVY INDUSTRIES TRANSPORTATION AND MITSUBISHI HEAVY INDUSTRIES ENVIRONMENTAL & CONSTRUCTION ENGINEERING, LTD. CHEMICAL ENGINEERING CO., LTD. Transportation Systems/Transportation Equipment Environmental Systems

6 7 8 9 10 30 31 32 33 MITSUBISHI HEAVY INDUSTRIES MARINE STRUCTURE CO., LTD. MITSUBISHI HEAVY INDUSTRIES ENGINEERING, LTD. PRIMETALS TECHNOLOGIES, LIMITED Marine Structures CO2 Capture Plants Metals Machinery

11 12 13 14 3435 3536 36 37 38

Chemical Plants

15 16 17 18 19 39 40 41 42

Transportation Systems

20 21 22 23 24 43 44 45 46 47

PLANTS & INFRASTRUCTURE SYSTEMS 25. Urban Transportation System (Doha Metro) 26. High-speed Rail (Taiwan) 27. LRV (Light Rail Vehicle) for Hiroshima Electric Railway Co., Ltd. 1. Ferry, SETTSU 2. Cargo-passenger Ship, OGASAWARA MARU 3. RO/RO Ship, HIMAWARI 8 4. Marine Resources Survey Ship, HAKUREI 5. Patrol Vessel, SHUNKO 28. Suspended-type Monorail (Chiba Urban Monorail) 29. Catenary Wiring Vehicle for Shinkansen 30. Brake Control Unit/Pneumatic Brake Caliper 6. LPG Carrier, FUTURE ENERGY 7. 3D Engineering System of Ships Mates 8. SOx Scrubber Systems for Small to Medium Output Engines 31. Variable Opening Type Platform Door 32. Passenger Boarding Bridge 9. LNG Fuel Gas Supply System (FGSS) 10. Shipbuilding Engineering 33. Waste-to-Energy Plant (Nagasaki, Japan) 34. Waste-to-Energy Plant (Tuas South, Singapore) 35. Sewage Sludge Carbonization Plant (Tokyo, Japan) 11. KAMI-GOTO National Oil Stockpiling Site 36. Industrial Waste-to-Energy Plant (Mie Chuo Kaihatsu Energy Plaza) 12. CO2 Capture Plant for EOR (U.S.) 13. CO2 Capture Plant (Qatar) 14. CO2 Capture Mobile Unit 37. Sinter Plant Equipped with Waste Gas Recirculation 38. Directed Reduction Iron-making Plant 39. Converter 40. Continuous Billet Caster 41. Electric Arc Furnace 15. Ammonia and Methanol Co-production Plant (Tatarstan/Russia) 16. Ammonia/Urea Plant (Malaysia) 17. Methanol Plant (Trinidad and Tobago) 42. Hot Strip Mill 43. iBox Pickling Tank 44. Tandem Cold Mill 45. HYPER UCM (Universal Control Mill) 46. Continuous Galvanizing Line 18. Polyethylene Plant (Mexico) 19. Acrylic Acid Plant (Bashkortostan/Russia) 20. LNG Receiving Terminal (Niigata, Japan) 21. AGT for Tokyo Yurikamome 47. Arvedi ESP (Endless Strip Production) Plant 22. Macau LRT 23. Tampa International Airport APM (U.S.) 24. Super AGT

7 8 LOGISTICS, THERMAL & DRIVE SYSTEMS LOGISTICS, THERMAL & DRIVE SYSTEMS/MACHINERY SYSTEMS

MITSUBISHI LOGISNEXT CO., LTD. MITSUBISHI MAHINDRA AGRICULTURAL MACHINERY CO., LTD. Material Handling Equipment Agricultural Machinery

1 2 3 4 5 26 27 28

MITSUBISHI HEAVY INDUSTRIES ENGINE & TURBOCHARGER, LTD. Engine & Energy

MACHINERY SYSTEMS 6 7 8 9 10

MITSUBISHI HEAVY INDUSTRIES MACHINERY SYSTEMS, LTD. Turbochargers Machinery Systems

11 12 13 14 15 29 30 31 32 33

MITSUBISHI HEAVY INDUSTRIES THERMAL SYSTEMS, LTD. Air-Conditioning & Refrigeration

16 17 18 19 20 34 35 36 37

Automotive Air Conditioners

21 22 23 24 25 38 39 40 41

LOGISTICS, THERMAL & DRIVE SYSTEMS 26. Tractor GA551 27. Combine Harvester V218 28. Rice Planter LE80AD 1. Reach-type Forklift 2. Small-sized Engine-powered Forklift 3. Large-sized Engine-powered Forklift 4. Storage System 5. Laser-guided AGF MACHINERY SYSTEMS 6. Diesel Engine Generator Set, MGS 7. Gas Engine Cogeneration System 8. Gas Engine 9. Marine Diesel Engine 10. Small Diesel Engine 11. Gas Engine 29. 30. Cultural/Sports Facility (Saitama Super Arena) 31. Full-scale Aero-acoustic Wind Tunnel 32. Mechanical Parking System 33. Industrial Chimney 12. Triple Hybrid Stand-alone Power Supply System, EBLOX 34. Penstock 35. Car Crash Simulator 36. Aseptic Filler 37. Intelligent Transport System 38. Accelerator 39. Box Making Machine, EVOL 13. Turbocharger for Gasoline Engine Integrated with Sheet-metal Exhaust Manifold 14. Variable Geometry (VG) Turbocharger for Diesel Engine 15. Turbocharger for Truck 40. Newspaper Off set Press, DIAMONDSTAR 41. Curing Press for Passenger Car Tires 16. Residential Air-conditioner 17. Inverter Packaged Air-conditioner 18. Multi-split Type Air-conditioner 19. Air-sourced Heat Pump Chiller, MSV 20. Commercial Use CO2 for Air-to-Water Heat Pump, Q-ton and Tank 21. Variable Speed Drive Centrifugal Chiller, ETI-Z 22. Plug-in Hybrid Transport Refrigeration Unit, TE30 23. Electric Scroll Compressor 24. Belt-type Scroll Compressor 25. HVAC Module (Heating, Ventilation and Air-conditioning)

9 10 INTEGRATED DEFENSE & SPACE SYSTEMS INTEGRATED DEFENSE & SPACE SYSTEMS/COMMERCIAL AVIATION SYSTEMS

MITSUBISHI HEAVY INDUSTRIES, LTD. Aircraft & Missile Systems Advanced System Programs

® 1 2 3 4 24 ©JAMSTEC 25 ® 26 27 28

Space Systems

Courtesy of the Ministry of Defense

Courtesy of COMMERCIAL AVIATION SYSTEMS Lockheed Martin 5 6 7 ©JAXA 9

MITSUBISHI HEAVY INDUSTRIES, LTD. Aero Structures

©JAXA 10 11 12 8 13 ©Boeing 29 30 ©Boeing 31

Special Vehicles

©Bombardier

14 15 16 17 Courtesy of the Ministry of Defense 18 ©Boeing 32 ©Boeing 33 ©Boeing 34 35

MHI AEROSPACE MITSUBISHI AIRCRAFT CORPORATION MHI RJ AVIATION ULC PRODUCTION CO., LTD. Naval Ship & Maritime Systems Commercial Aircraft Airport Ground Support

19 20 21 22 23 36 37 38

INTEGRATED DEFENSE & SPACE SYSTEMS 24. Vertical Launching System (VLS MK41) 25. Deep Sea Cruising AUV, URASHIMA 1. F-2 Fighter 2. F-15J Jet Fighter 3. SH-60K Maritime Patrol Helicopter (JMSDF) 26. Cyber Security Solution for Critical Infrastructure Control Systems (InteRSePT®: Integrated Resilient Security and Proactive Technology) 4. Air-to-Air Missile(AAM-5B) 5. Surface-to-Air Missile System (PATRIOT PAC-3 (MSE)) 6. SM-3 Block 2A Flight Test 7. Type 12 Surface-to-Ship Missile System (12SSM) 27. Networked Coastal Security System, CoasTitan® 28. Satellite Image Data Real-time Analyzing System (BRAINS®: Big data Real-time AnalyzINg System) 8. Launch of H-IIA Launch Vehicle 9. Launch Complex for Japan Aerospace Exploration Agency (JAXA) COMMERCIAL AVIATION SYSTEMS 10. HTV-X (Under Development) 11. LE-7A LOx/LH2 Engine, Thrust: 112 Tons (Vacuum) for H-IIA and H-IIB Launch Vehicle First Stage 29. Boeing 787 (MHI: Composite Main Wings) 30. Boeing 787 Composite Main Wings before Shipping 12. Cell Biology Experiment Facility-Left (CBEF-L) for “KIBO” Module on International Space Station (ISS) 13. Space Propulsion Systems/Monopropellant Thrusters 31. Boeing 777X (MHI: Aft Fuselage Panels, Tail Fuselage, Passenger Entry Doors & Bulk Cargo Doors) 32. Boeing 737 (MHI: Inboard Flaps) 14. Type 10 Main Battle Tank 15. Type 16 Mobile Combat Vehicle 16. Heavy Wheeled Recovery Vehicle 17. Forklift with Radiation Shielded Cabin 18. 6NMU Engine 33. Boeing 767 (MHI: Aft Fuselage Panels & Cargo Doors) 34. Boeing 747 (MHI: Center Wing) 35. Bombardier Global 5000/6000 (MHI: Wings, Center Fuselage & Center Wing) 19. Destroyer, ASHIGARA 20. Submarine, ORYU 21. Destroyer, ASAHI 22. Cable Repair Ship, MUROTO 23. Torpedo/Unmanned Underwater Vehicle 36. Mitsubishi SpaceJet 37. CRJ 38. Passenger Steps with Elevator

11 12 Accelerating the expansion of our GLOBAL & DOMESTIC NETWORK global network to reach new levels of growth and development

NAGASAKI SHIPYARD & MACHINERY WORKS SHIMONOSEKI SHIPYARD & MACHINERY WORKS Energy Systems Plants & Infrastructure Systems Plants & Infrastructure Systems Machinery Systems Integrated Defense & Space Systems Integrated Defense & Space Systems Commercial Aviation Systems

EUROPE, MIDDLE EAST, AFRICA CHINA JAPAN NORTH AND CENTRAL AMERICA Overseas Offices 2 Overseas Office 1 Head Office 1 Regional Headquarters & Regional Headquarters & Regional Headquarters & Domestic Offices 4 Companies 3 Companies 4 Companies 3 Research & Group Companies 82 Group Companies 80 Group Companies 36 Innovation Center 1 Works & Plants 10 Group Companies 154 HIROSHIMA MACHINERY WORKS MIHARA MACHINERY WORKS Energy Systems Plants & Infrastructure Systems 8866 4400 117070 8855 Plants & Infrastructure Systems Machinery Systems Machinery Systems Commercial Aviation Systems

INDIA ASIA SOUTH AMERICA Regional Headquarters 1 Overseas Offices 3 Regional Headquarters 1 Group Companies 11 Regional Headquarters & Group Companies 15 Companies 4 1122 4466Group Companies 39 1166 KOBE SHIPYARD & MACHINERY WORKS TAKASAGO MACHINERY WORKS Plants & Infrastructure Systems Energy Systems Nuclear Energy Systems Nuclear Energy Systems Logistics, Thermal & Drive Systems Machinery Systems Integrated Defense & Space Systems Commercial Aviation Systems

NAGOYA AEROSPACE SYSTEMS WORKS NAGOYA GUIDANCE & PROPULSION SYSTEMS WORKS DOMESTIC WORKS & PLANTS Integrated Defense & Space Systems Energy Systems DOMESTIC OFFICES OVERSEAS OFFICES REGIONAL HEADQUARTERS REGIONAL COMPANIES Commercial Aviation Systems Integrated Defense & Space Systems

Kansai Office Turkey Liaison Office Mitsubishi Heavy Industries America, Inc. MHI Shared Services Americas, Inc. Kyushu Office Middle East Office Mitsubishi Industrias Pesadas do Brasil Ltda. Mitsubishi Heavy Industries Mexicana, S.A. de C.V. Hokkaido Office Taipei Office Mitsubishi Heavy Industries EMEA, Ltd. Mitsubishi Heavy Industries France S.A.S. NAGOYA GUIDANCE & PROPULSION SYSTEMS WORKS Shikoku Office Hanoi Liaison Office Mitsubishi Heavy Industries (China) Co., Ltd. MHI Russia LLC Ho Chi Minh City Liaison Office Mitsubishi Heavy Industries India Private Ltd. MHI Technologies S.A.E MIHARA Kuala Lumpur Office Mitsubishi Heavy Industries Asia Pacific Pte. Ltd. Mitsubishi Heavy Industries (Shanghai) Co., Ltd. MACHINERY WORKS Mitsubishi Heavy Industries, (Hong Kong) Ltd. HIROSHIMA Mitsubishi Heavy Industries (Thailand) Ltd. SAGAMIHARA MACHINERY WORKS MACHINERY WORKS PT Mitsubishi Heavy Industries Indonesia MHI Australia, Pty. Ltd. SHIMONOSEKI SHIPYARD & HEAD OFFICE MACHINERY WORKS

YOKOHAMA DOCKYARD & MACHINERY WORKS

NAGOYA AEROSPACE YOKOHAMA DOCKYARD & MACHINERY WORKS SAGAMIHARA MACHINERY WORKS SYSTEMS WORKS Energy Systems Logistics, Thermal & Drive Systems Integrated Defense & Space Systems Integrated Defense & Space Systems TAKASAGO MACHINERY WORKS KOBE SHIPYARD & NAGASAKI SHIPYARD & MACHINERY WORKS MHI Group location totals include consolidated, non-consolidated and affiliated companies (as of March 31, 2021). MACHINERY WORKS The domestic offices, overseas offices, and domestic works and plants listed are facilities of Mitsubishi Heavy Industries, Ltd.

13 14