Company Profile - Mitsubishi Hitachi Power Systems ... · PDF filethe effective utilization of fossil fuels and preservation of the global environ- ... Gas turbines, the core in Gas

Company Profile

The energy market today continues to expand globally in line with the growth of emerging economies. Meanwhile,

heightened awareness toward the earth’s environment has resulted in demands of unprecedented strength calling

for simultaneous resolution of energy and environmental issues.

Based on our corporate vision “Thermal-Power and Environmental Technologies Open the Door to a Brighter

Future for Our Planet,” Mitsubishi Hitachi Power Systems, Ltd. (MHPS) provides products and solutions backed

up by an in-depth understanding of our customers’ needs and our comprehensive long-term support and proven

reliability through world-class thermal-power generation and environmental technologies that we have built up

over many years.

As a global-leading company in thermal-power and environmental technologies, we handle from technology

development to the provision of products, systems and solutions that will contribute to enriched lifestyles for people

around the world and the creation of a safe and secure global environment.

Kozienice Power Station (Poland)

Thermal-Power and Environmental Technologies Open the Door to a Brighter Future for Our Planet

Vis ion Statement

0201Mitsubishi Hitachi Power Systems,Ltd.Company Profile

Mitsubishi Hitachi Power Systems, Ltd. (MHPS) began with the merging

of the thermal power generation divisions of Mitsubishi Heavy Industries,

Ltd. and Hitachi, Ltd. in February 2014.

Since our establishment, we have strived to build synergy between

the two companies, and in addition to advancing our technical ability

to develop reliable high quality products, improving our comprehensive

engineering ability that is capable of handling projects in various regions

around the world, and strengthening our thorough sales operations and

service abilities, we also seek to advance global business expansion.

The needs of our clients as well as society are constantly changing.

In addition to the development of the world’s most efficient power

generation equipment, MHPS proposes solutions for the improvement of

operating thermal power generators using the latest digital technology,

and provides new values through our challenge to innovate power

generation technology.

As a leading global company in the field of thermal power generation

systems and environmental technology, we will continue to meet the

expectations of our clients and evolve so that we may contribute to the

future of a sustainable society.

Creating a New Field with Power Generation Technology for the Future

TOP MESSAGE

President and CEO

Kenji Ando


Total Solutions from Development and Design to Construction and ServiceMHPS can handle the entire production process from the development,

design, manufacturing, construction and commissioning to after-sales

service of core equipment for thermal power plants using our own

unique technology. For thermal power plants requiring sophisticated

technologies and reliability, we are active in operating EPC* business that

covers the entire plant and are contributing to the supply of power in

a stable manner that is kind to the environment in different regions of

the world.

*EPC: Engineering, Procurement, Construction

Guacolda Power Station (Chile)

Development Design Manufacturing

ConstructionCommissioningService


State-of-the-Art Power Plants Rated Highly the World Over

Gas Turbine Combined Cycle Power Plants (GTCC) Conventional (Boiler & Turbine) Power Plants Integrated coal Gasification Combined Cycle Power Plants (IGCC) Geothermal Power Plants

Kawasaki Thermal Power Station (Japan)TEPCO Fuel & Power, Incorporated

Boxberg Power Plant (Germany)Vattenfall

Hellisheidi Geothermal Power Plant (Iceland)Reykjavik Energy

GTCC

Gas Turbine Combined Cycle (GTCC) power plants utilize fossil fuels to deliver the cleanest and most efficient power generation. In addition to power generation with a gas turbine, the system also combines a steam turbine to create power through the use of waste heat to ensure excellent power generation efficiency. Plants employing MHPS’ state-of-the-art J-series gas turbines have a 20% higher power generation efficiency than conventional coal-fired thermal power generation systems and achieve the world’s highest level of efficiency at 63% or more. In addition, this enables CO2 emissions to be reduced by around 50%.

Highly Efficient Energy through Combined Cycle Power Generation

Conventional boiler- and turbine-driven power plants use a variety of re-sources such as coal, oil and natural gas as fuel and there is global demand for these facilities. MHPS has an extensive record in high-efficiency ultra-supercritical pressure boilers with an output of over 1,000MW. We also have unique technology that enables the efficient burning of lignite (low-grade coal), deemed difficult due to its high water content. On top of this, we lead the world in technology to keep the gas emitted from thermal power plants clean and are contributing to both the effective utilization of fossil fuels and preservation of the global environ-ment with our high-efficiency thermal-power and environmental technologies.

Highly Efficient Operation Using Coal, Oil and Natural Gas

The Integrated coal Gasification Combined Cycle (IGCC) system is a next-generation thermal power system with significantly enhanced power generation efficiency and environmental performance due to its combina-tion with coal gasification and the Gas Turbine Combined Cycle (GTCC) system. Large-type IGCC systems can improve power generation efficien-cy by approximately 20% and reduce CO2 compared with conventional coal-fired thermal power systems. MHPS retains two types of coal gasification technology, namely, air-blown and oxygen-blown technologies, and leads the world in terms of technological capability. In line with expectations that the need for the IGCC system will increase further owing to its ability to both effectively utilize coal resources and protect the environment, this system has thus been gaining attention around the world.

High-Efficiency, Clean Next-Generation Power Generation System Based on Coal Gasification

Geothermal power generation refers to a system of creating high- efficiency, clean power by extracting heat energy from the ground in its natural state. MHPS was the first in the world to apply a combined system that consists of a two phase flow transportation system and a double flash cycle, which has become the global standard in geothermal power generation. Our geothermal power generation system continues to be installed globally and we have achieved the world’s top delivery record.

Utilizing Natural Energy with Cutting-Edge Power Generation Technology

Conventional GeothermalIGCC

Steam

Steam

Generator Electricity

Electricity

Gas Turbine

Heat Recovery Steam Generator

Steam Turbine Generator

Steam

Exhaust Heat

Generator

Magma Chamber

High Temperature Water and Steam

Coal Gasifier Gas Turbine



Steam

Exhaust Heat

Boiler


Fuel

Fuel

Electricity

Electricity

Electricity

Separator Steam Turbine Generator Electricity

Steam

Steam


Electricity

Gas Turbine



Steam

Exhaust Heat

Generator

Magma Chamber





Steam

Exhaust Heat

Boiler


Fuel

Fuel

Electricity

Electricity

Electricity


Steam

Steam


Electricity

Gas Turbine



Steam

Exhaust Heat

Generator

Magma Chamber





Steam

Exhaust Heat

Boiler


Fuel

Fuel

Electricity

Electricity

Electricity


Steam

Steam


Electricity

Gas Turbine



Steam

Exhaust Heat

Generator

Magma Chamber





Steam

Exhaust Heat

Boiler


Fuel

Fuel

Electricity

Electricity

Electricity


PRODUCTSBoilers GeneratorsEnvironmental Equipment Control SystemsSteam TurbinesGas Turbines

Nakoso Power Plant (Japan)Joban Joint Power Co., Ltd.

MHPS supplies a variety of power plants in accordance with application and scale. These plants have been rated highly for their outstanding reliability, operability and ease of maintenance, in particular, and we now have an extensive proven record around the world.


Challenging the World’s Highest EfficiencyGas turbines, the core in Gas Turbine Combined Cycle (GTCC) power plants, incorporate a number of critical leading-edge technologies. MHPS has worked on the development of gas turbines for many years and has integrated the latest advances in aerodynamics, cooling design and material technologies to create a variety of products that realize high efficiency and high reliability. The state-of-the-art J-series gas turbines have consistently led the world including achieving the world’s largest capacity and highest efficiency with a turbine inlet temperature of 1,600°C.

J Gas Turbine

H-25 Gas Turbine J Gas TurbineH-100 Gas Turbine

MHPS has a wide range of gas turbines from the 40MW class to the

490MW class in order to meet diverse needs around the world. We have

delivered over 800 gas turbines to more than 30 countries worldwide to

date and are contributing to a highly efficient, clean energy supply in dif-

ferent parts of the world.

Responding to Diverse Needs with Gas Turbines Ranging from 40MW to 490MW

MHPS has a power plant for verification testing at the Takasago Works

(Takasago City, Hyogo Prefecture), a site for gas turbine development,

and is conducting test operation of the latest equipment there. The

operational data is quickly fed back into R&D and design divisions,

which makes it possible to conduct highly reliable and efficient research

and development into gas turbines.

Gas Turbine Combined Cycle Power Plant for Verification Tests

GAS TURBINES

50Hz

60Hz

50/60Hz105 - 118

57

41

114 - 144

185 - 385

267 - 334

330 - 493

（MW）

50/60Hz50Hz60Hz

H-25 series

H-50 series

H-100 series

D series

F series

G series

J series

0 100 200 300 400 500

Gas Turbines Lineup

Power Generating Efficiency63% or more

60

55

1,200 1,300 1,400 1,500 1,600

Jseries

Gseries

Fseries

Dseries

Turbine Inlet Temperature (°C)

Pow

er G

ener

atin

g Ef

fici

ency

(LH

V%

)


In Pursuit of Performance and Reliability Driven by independent technology amassed over many years, MHPS develops technology for developing higher performance blades, long Integral Shroud Blades (ISBs) and higher temperatures, including material development. As a result, we have achieved outstanding levels of performance and reliability in our steam turbines. In addition, we provide high-quality products in a timely manner by making effective use of our global production sites. We have delivered over 2,500 steam turbines to 70 countries worldwide.

Low Pressure Steam Turbine (Nagasaki Works)

MHPS manufactures and delivers a wide range of steam turbines that

can meet diverse needs from small single-cylinder turbines for in-house

power generation to large nuclear turbines.

In particular, MHPS can handle up to turbines over 1,000MW for

both 50Hz and 60Hz users and for both fossil fuel use and nuclear use. In

addition, we have the ability to provide economical and reliable turbines

by leveraging our global sites to ensure the ultimate in design and pro-

duction depending on application and conditions.

Contributing to Power Supply Worldwide for More Than a Century

Hitachi Works has installed cutting-edge equipment to test high-speed

rotation of the steam turbine, generator and rotor. The equipment is

the largest of its kind in the world and can even test steam turbines

with 70-inch blades.

Installation of World’s Largest High Speed Balance (HSB)

STEAM TURBINES

Thermal Power Steam Turbine (Hitachi Works) Thermal Power Steam Turbine (L&T-MHPS Turbine Generators)

Nuclear Power Steam Turbine (Takasago Works)


MHPS supplies boilers that boast world-leading quality and performance around the globe based on stable quality built up over many years and state-of-the-art technological development. Amid rising demand for coal-fired thermal power generation, we boast power generation efficiency at a world-class level and have a proven record in ultra-supercritical pressure thermal power facilities.

Boiler (Paiton Ⅲ Thermal Power Plant, Indonesia)

Realizing World-Leading Combustion Technology

Superheater (Block) Burner PanelHeaders

Of all the fossil fuels, coal is exceptionally economical with extremely stable

supply and is used widely as a core energy source. However, since properties

differ for each type of coal, there is demand for a high-performance boiler that

can deal with the respective varieties of coal. MHPS has leveraged its unique

technology to develop combustion technology for bituminous coal and sub-

bituminous coal as well as lignite and anthracite. The combustion technology

helps realize environmentally friendly power generation with a minimal amount

of nitrogen oxides (NOx), soot and dust and exceptional efficiency.

In addition, we provide high-quality, reasonably priced products by

leveraging our global production sites.

Unique Combustion Technology Applicable to a Wide Range of Fuels

MHPS has a combustion test facility that features the world’s largest capacity of

four tons of coal combustion per hour.

The facility was built to achieve more advanced combustion technologies,

the core factor in boilers, particularly in terms of lower emissions of nitrogen

oxides (NOx), less unburned combustibles and lower excess air ratio. The

facility can accommodate a wide variety of fuels, including bituminous coal,

subbituminous coal, lignite, anthracite, biomass, petroleum coke and residual

oil. By significantly improving combustion evaluation capability, we are pushing

ahead with the development of boilers that contribute to further reducing fuel

costs, thereby enhancing availability and easing environmental impacts.

Combustion Test Facility

BOILERS

Fixe

d ca

rbon

(%)

0

30

40

50

60

70

80

90

100

Calorific value

Anthracite

LigniteSubbituminous coal

Bituminous coal

2,000 3,000 4,000 5,000 6,000 7,000 8,000 (kcal/kg)

5 10 15 20 25 30 35 (MJ/kg)


Toward Cleaner Gas EmissionsEnvironment-related equipment is indispensable to power generation plants as global environmental awareness rises, and Japan’s environmental technology realizing a global-leading level of purification has been gaining a great deal of attention worldwide. As a pioneer in flue gas treatment technology, MHPS has spent more than 40 years developing and manufacturing Flue Gas Desulfurization (FGD) plants and Selective Catalyst Reduction (SCR) plants as a pioneer in flue gas treatment technology. We are one of only a few manufacturers worldwide able to provide integrated flue gas treatment systems on the back of the state-of-the-art technology we have accumulated over this period.

Flue Gas Desulfurization Plant (Hirono Thermal Power Station, Japan, TEPCO Fuel & Power, Incorporated)

SCR Catalyst (Plate Type) SCR Catalyst(Honeycomb Type)

Air Quality Control System (Hirono Thermal Power Station, Japan, TEPCO Fuel & Power, Incorporated)

MHPS has a proven record with the supply of over 1,700 SCR systems for

the removal of nitrogen oxides (NOx) and over 300 FGD systems for the

removal of sulfur dioxide (SO2).

Conscious of the increasing speed in trends to strengthen emission

regulations around the world, we will strive to continue contributing

to a reduction in environmental load by making effective use of our

unique technologies.

As a Leading Global Company with Experience Supplying Over 1,700 Units

AQCS is a system to clean gas emitted from thermal power plants by

combining an SCR system for the removal of NOx, an electrostatic

precipitator (ESP) for the removal of soot and dust and an FGD

system for the removal of SO2. It is also possible to efficiently treat

gas emissions for the different types of coal. In addition to power

generation plants using coal and heavy oil, it is also possible to handle

chemical and other types of plants.

Air Quality Control System (AQCS)

ENVIRONMENTAL EQUIPMENT

Total Solution

Boiler SCR

NOx SootDust

SO2

SootDust

ESP FGD Stack


　

Generator (Hitachi Works)

GENERATORS

MHPS has supplied over 1,000 turbine generators worldwide

to date. Our product reliability has been rated highly based on

operating results.

We currently supply turbine generators that employ a

variety of cooling systems, including an air cooling system, a

hydrogen cooling system and a water and hydrogen cooling

system as well as special generators such as short circuit

generators designed to exactingly meet a wide range of needs.

In addition, we provide solutions for the entire product

lifecycle, including service and maintenance.

Realizing Outstanding Reliability and Efficiency with Proven Technology

CONTROL SYSTEMS

Control systems supporting power generation plants are core

equipment requiring exceptional reliability and operating effi-

ciency. We provide optimal control systems aimed at maximizing

plant performance by leveraging our extensive experience and

know-how in a high number of power generation plants.

In addition, the importance of control systems is increasing as

we head toward the era of the IoT, driving the need to realize both

openness and high security. MHPS has developed a control system

compliant with functional safety standards*2. This system has been

positioned as a key device for the ICT platform supporting the era of

the IoT and we will contribute to maximizing customers’ manage-

ment value in the operation of power generation plants through

the provision and analysis of big data related to electric power.

*1 IoT : Internet of Things

*2 Functional safety standards refer to standards that comply with international standards (IEC61508 : 2010) related to functional safety

Key Devices Supporting the Era of the IoT*1

FUEL CELLS

The implementation of new power generation systems that

optimally combine the utilization of renewable energies and

new energies is a pressing issue in order to both reduce CO2

emissions and ensure a stable supply of power.

MHPS is pushing ahead with the development of a hybrid

power system that combines solid oxide fuel cells (SOFCs)

with various power generation systems and has now entered

the demonstration stage toward practical application. SOFCs

possess many advantageous characteristics such as high-effi-

ciency power generation, potential use with a large variety

of fuels and outstanding durability. Due to these advantages,

we expect that SOFCs will be used in the future for a wide

range of power generation systems ranging from small-to

medium-scale cogeneration units for distributed electrical

power systems to replacements for large-scale centralized

power units for commercial thermal power plants.

Key Technology toward the Realization of a Low-Carbon Society

Plant Control System

DIASYS Netmation 4S

Operating data analysis

Configuration of SOFC-micro gas turbine (MGT) hybrid system

System

Cell Stacks Cartridge

Micro Gas Turbine

SOFC Pressure Vessel

Module

SOFC-micro gas turbine (MGT) hybrid verification system

Ito Campus, Kyushu University

Generator (Yeongheung Thermal Power Plant, Korea, South-East Power Co., Ltd.)

Generator (Hitachi Works) 1817Mitsubishi Hitachi Power Systems,Ltd.Company Profile

MHPS contributes to availability improvement of the power plant

and maximization of customers’ asset value by providing a long-term

maintenance agreement covering all aspects of maintenance for a

specified period, reducing the risk associated with plant operation

and maintenance, shortening the period of regular inspections and

performing upgrades.

Proposing Service Tailored to Meet Diverse Customer Needs

A Remote Monitoring Center has been established in respective

areas of the world and MHPS experts in operations and maintenance

monitor operating conditions under a 24-hour system. The system

entails warning and detection of anomalies as well as diagnosis of

performance loss based on operating data that is constantly updated.

Customers are at all times provided optimum advice depending on

the situation, which helps prevent trouble and maximize the plant’s

operating rate.

Remote Monitoring Center (RMC)

SERVICE

Boiler inspectionSteam turbine training center 2015 M701F Users’ Conference (Bangkok, Thailand)

MHPS has service sites in different parts of the world and has created a

unique service network called the Inspire! Diamond Service Network linking

these sites. By doing so, we are realizing timely and speedy service for

customers around the world.

At users’ conferences, which serve as a platform for information

exchange among customers, in addition to introducing case examples of

maintenance and new technologies, we set up a place in which only

customers can exchange opinions.

Moreover, we are contributing to improved asset value for customers

by collaborating on services together with customers.

Refurbishment center for gas turbine high-temperature parts at EGAT Diamond Service Co., Ltd. (Thailand) Part of the Inspire! Diamond Service Network

Orlando Service Center (U.S.A.)


GLOBAL NETWORK

Mitsubishi Hitachi Power Systems Americas

North America, Central America, South America

U.S.A.

　 Mitsubishi Hitachi Power Systems Americas, Inc.

　 Mechanical Dynamics & Analysis, Ltd.

　 Mohawk Labor Services, LLC

　 Power Generation Services, Inc.

　 Turbo Parts, LLC

　 Advatech, LLC

Canada　 Mitsubishi Hitachi Power Systems Canada, Ltd.

Mexico　 Mitsubishi Hitachi Power Systems de Mexico, S.A. de C.V.

Puerto Rico　 MHPS Puerto Rico, LLC

Venezuela　 MH Power Systems de Venezuela, C.A.

Brazil　MH Power Systems America Latina Representacoes Ltda.

　CBC Industrias Pesadas S.A.

Mitsubishi Hitachi Power Systems Asia Pacific

Savannah Machinery Works

Orlando Service Center

Mitsubishi Hitachi Power Systems Canada

MHPS (Philippines)

L&T-MHPS Boilers

L&T-MHPS Turbine Generators

Mitsubishi Hitachi Power Systems Europe

CBC Industrias Pesadas

Mitsubishi Hitachi Power Systems Europe

Near andMiddle East

Asia(other than

Japan and China)

Japan

NorthAmerica

CentralAmerica

South America

Area

No. ofMain Sites

Germany Duisburg

UK London

India Hazira

India Hazira

Singapore

China Shanghai

Philippines Batangas

Mitsubishi Hitachi Power Systems (China)Europe

6Companies

3Companies

Africa

2Companies

China

8Companies

13Companies

Oceania

4Companies

9Companies

7Companies

5Companies

Mitsubishi Hitachi Power Systems (Head Office)

Japan Yokohama

Hitachi Works

Takasago Works

Kure Works

Nagasaki Works

Yokohama Works

Regional Headquarters

Main Manufacturing Bases

Canada Saskatoon

U.S.A. Orlando

U.S.A. Orlando

U.S.A. Savannah

Brazil Jundiai

Mitsubishi Hitachi Power Systems, Ltd.

Hitachi Works

Yokohama Works

Takasago Works

Kure Works

Nagasaki Works

Mitsubishi Hitachi Power Systems Environmental Solutions, Ltd.

Mitsubishi Hitachi Power Systems Gas Turbine Service Co., Ltd.

Mitsubishi Hitachi Power Systems Industries Co., Ltd.

Mitsubishi Hitachi Power Systems Inspection Technologies, Ltd.

Mitsubishi Hitachi Power Systems Precision Casting Co., Ltd.

MHPS Engineering Co., Ltd.

MHPS Control Systems Co., Ltd.

Tokyo Kankyo Operation K.K.

Japan

Europe, Near and Middle East, Africa

UK

　 Mitsubishi Hitachi Power Systems Europe, Ltd.

Germany

　 Mitsubishi Hitachi Power Systems Europe GmbH

Donges Steeltec GmbH

Meeraner Dampfkesselbau GmbH

ItalyATLA S.r.l.

RomaniaMH Power Systems Romania, S.R.L.

Global

Egypt　 MH Power Systems Egypt LLC

Saudi Arabia　 MHPS Saudi Arabia, Co.

U.A.E.　 MH Power Systems Middle East, LLC

　 MH Power Systems Middle East for Manufacturing 　　　　 Parts and Machinery, LLC

South Africa　 Mitsubishi Hitachi Power Systems Africa (Pty) Ltd.

Asia, Oceania

IndiaMitsubishi Hitachi Power Systems India Private Limited

L&T-MHPS Boilers Private Ltd.

L&T-MHPS Turbine Generators Private Ltd.

Singapore

　 Mitsubishi Hitachi Power Systems Asia Pacific Pte. Ltd.

Thailand　 Mitsubishi Hitachi Power Systems (Thailand) Ltd.

　 MHPS Project (Thailand) Co., Ltd.

　 EGAT Diamond Service Co., Ltd.

Indonesia　 PT. MH Power Systems Indonesia

　 P.T. Power Systems Service Indonesia

Philippines　 MHPS Technical Services Corporation

　 MHPS (Philippines) Inc.

　 MHPHILS Realty Corporation

China

　 Mitsubishi Hitachi Power Systems (China) Co., Ltd.

Mitsubishi Heavy Industries Dongfang Gas Turbine (Guangzhou) Co., Ltd.*Mitsubishi Hitachi Power Systems Gas Turbine Service (Nanjing) Co., Ltd.

Mitsubishi Hitachi Power Systems Jieneng (Qingdao) 　　　　 Steam Turbine Co., Ltd.

Zhejiang Feida MHPS High Efficiency Flue Gas Cleaning 　　　　 Systems Engineering Co., Ltd.

MHPS (Hangzhou) Environmental Equipment Co., Ltd.

MHPS Dalian Electricity Equipment Co., Ltd.

MHPS Dongfang Boiler Co., Ltd.

KoreaMH Power Systems Korea, Ltd.

AustraliaMitsubishi Hitachi Power Systems Australia Pty. Ltd.

MHPS Plant Services Pty Ltd

BREAKER ELECTRICAL PTY, LTD.

Maintenance and Technology Services Pty Ltd

*Procedure to change company name currently being undertaken

(As of January 2017)

　　　　

アメリカ

L&T-MHPS Boilers L&T-MHPS Turbine Generators MHPS (Philippines)


Japan

Nagasaki Works

Main Manufacturing Bases

Yokohama Works Hitachi WorksKure Works Takasago Works

India Philippines

Savannah Machinery Works

U.S.A.

a. Empresa Electrica Guacolda S.A.

b. Guacolda Power Station Unit 4 (Chile)

c . 152MW

d. 2010

7

a. TEPCO Fuel & Power, Incorporated

b. Hitachi-Naka Power Station Unit 2 (Japan)

c . 1,000MW

d. 2013

9

a. Client　　　　　　　 b. Plant (Country)c . Generating Power　　　　d. Start Up

a. Electric Power Development Co., Ltd.

b. Tachibanawan Power Station Unit 1 (Japan)

c . 1,050MW

d. 2000

10

a. Reykjavik Energy

b. Hellisheidi Geothermal Power Plant (Iceland)

c. 250MW

d. 2006-2011

17

a. Kyushu Electric Power Co., Inc.

b. Hatchobaru Power Plant Units 1, 2 (Japan)

c. 110MW

d. 1977 / 1990

18

a. Kenya Electricity Generating Company Limited

b. Olkaria Ⅱ Power Station (Kenya)

c . 105MW

d. 2003 / 2010

19

a. Client　　　　　　　　b. Plant (Country)c . Generating Power　　　d. Start Up

a. Instituto Costarricense de Electricidad

b. Miravalles Ⅲ Power Station (Costa Rica)

c . 27MW

d. 2000

20

a. TEPCO Fuel & Power, Incorporated

b. Hitachinaka Thermal Power Station (Japan)

c . 2,000MW

d. Bituminous coal / Subbituminous coal

e. 2003 / 2013

11

a. The Chugoku Electric Power Co., Inc.

b. Misumi Thermal Power Station Unit 1 (Japan)

c . 1,000MW

d. Bituminous coal

e. 1998

12

a. Vattenfall

b. Boxberg Power Plant (Germany)

c . 670MW

d. Lignite

e. 2012

13

a. Capital Power Corporation / TransAlta Corporation

b. Genesee Power Generating Station Phase 3　 (Canada)

c . 495MW

d. Bituminous coal

e. 2005

14

a. Comision Federal de Electricidad

b. Pacifico Power Station (Mexico)

c . 700MW

d. Bituminous coal

e. 2010

15

a. NIPPON STEEL & SUMITOMO METAL CORPORATION

b. Oita Works (Japan)

c . 330MW

d. Coal, By-product gas

e. 2002

16

a. Client　　　　　　　　　b. Plant (Country)c . Generating Power　　　　d. Fuele. Start Up

1 2

4

6

3

5

7 8

9 10

a. Tohoku Electric Power Co., Inc.

b. Sendai Thermal Power Station Unit 4 (Japan)

c . 446MW

d. 2010

1

a. Tohoku Electric Power Co., Inc.

b. Niigata Thermal Power Station Group 5 (Japan)

c . 109MW

d. 2011

2

a. The Kansai Electric Power Company, Incorporated

b. Sakaiko Thermal Power Station Units 1-5 (Japan)

c . 2,000MW

d. 2009 / 2010

4

a. Client　　　　　　　　b. Plant (Country)c . Generating Power　　　d. Start Up

a. Gulf JP NS Company, Limited

b. Nong Saeng GTCC Power Plant (Thailand)

c . 1,600MW

d. 2014

6

a. Taiwan Power Company

b. Dah-Tarn Power Station (Taiwan)

c . Stage Ⅰ : 1,400MW

Stage Ⅱ ： 2,800MW

d. 2006 / 2008

5

3 a. TEPCO Fuel & Power, Incorporated

b. Kawasaki Thermal Power Station Group1,2　 (Japan)

c . 2,000MW

d. 2009 / 2013

11 12

13 14

15 16

1817

19 20

DELIVERY RESULTS MHPS’ products have been rated highly, particularly on account of their reliability, ease of maintenance and economical attributes, and have received a great deal of support from users in various countries and regions of the world in addition to Japan. Some of our product delivery results over the years are outlined herein.

Gas Turbine Combined Cycle Power Plants (GTCC) Conventional (Boiler & Turbine) Power Plants

Environmental Plants Geothermal Power Plants

Selective Catalyst Reduction (SCR)

Flue Gas Desulfurization (FGD)

8 a. Xcel Energy

b. Allen S. King Generating Station (U.S.A.)

c . 588MW

d. 2007


1884 1910

1908

1980

1963

1984

1990

1997

1998

2011

2013

2014

1933

1966

1987

1988

1991

2000

2007

2010

2012

1850

1950

1900

2000

2016

Mitsubishi Heavy Industries established(Lease of Government-Owned Nagasaki Shipyard)

Completed first steam turbine [0.5MW]

Completed conventional power plant (Hartha Thermal Power Station, Iraq [200MW x 4 units])

Completed first gas turbine (Chiba Plant, Asahi Glass Co., Ltd. [12MW])

Completed world’s highest efficiency and largest Gas Turbine Combined Cycle (GTCC) power plant(Higashi Niigata Thermal Power Station Group 3, Tohoku Electric Power Co., Inc. [1,090MW])

Mitsubishi Heavy Industries, Ltd.

Completed world’s first double flash cycle geothermal power plant (Hatchobaru Power Plant Unit 2, Kyushu Electric Power Co., Inc. [55MW])

Developed world’s highest efficiency 1500°C class G-series gas turbine [330MW]

Completed ultra-supercritical pressure coal-fired conventional power plant (Misumi Power Station Unit 1, The Chugoku Electric Power Co., Inc. [1,000MW 600 / 600°C])

Developed world’s highest efficiency 1,600°C class J-series gas turbineStarted commercial operation at demonstration unit at power plant [389MW]

Started commercial operation of an Integrated coal Gasification Combined Cycle (IGCC) power plant(Nakoso Power Plant Unit 10, Joban Joint Power Co., Ltd. [250MW])

February: Formed following integration of thermal-power generation systems businesses of Mitsubishi Heavy Industries, Ltd. and Hitachi, Ltd.

Merged with Babcock-Hitachi K.K.October:

Hitachi foundedManufactured Japan’s first electric motor

(5HP induction motor)

Completed first steam turbine(Aojima Plant, Nagasaki Boseki K.K. [2.8MW])

Completed first gas turbine(Kawasaki, Nihon Sekiyu Kagaku K.K.)

Completed conventional power plant(Lagos Power Station Units 1-6, Nigeria

[220MW x 6 units])

Hitachi, Ltd.

Completed first H-25 series gas turbine(Tokuyama Refinery, Idemitsu Kosan Co., Ltd.

[25MW class])

Employed dry low NOx combustion systemCompleted Gas Turbine Combined Cycle (GTCC) power plant

(Shin Oita Power Station Unit 1 series, Kyushu Electric Power Co., Inc. [690MW])

Completed ultra-supercritical pressurecoal-fired conventional power plant

(Tachibanawan Power Station Unit 2, Electric Power Development Co., Ltd. [1,050MW 600 / 610°C])

Completed supercritical pressure coal-fired conventional power plant

(Walter Scott Jr. Energy Center Unit 4, MidAmerican Energy Company, U.S.A.

[790MW 566 / 593°C])

Started commercial operation of first H-100 series gas turbine(Shin Oita Power Station Group 1, Kyushu Electric Power Co., Inc.

[115MW x 6 units])

Completed ultra-supercritical pressure lignite-fired conventional power plant

(Boxberg Power Station, Germany [670MW 600 / 610°C])

December: Received an order for a global state-of-the-art Integrated coal Gasification Combined Cycle (IGCC) power plant(Nakoso IGCC Power GK [540MW])(Hirono IGCC Power GK [540MW])

Board of Directors President and CEO

Statutory Auditors Statutory Auditors’ Office

Research & Development Center

Indian Power System Joint Venture Operations Department

FEIDA-MHPS Joint Venture Operations Department

Quality Management Division

HSE Management Division

Digital Innovation Division

Global Strategic Planning Headquarters

Business Headquarters

Procurement & Sourcing Division

Power Systems Service Headquarters

Turbine Products Headquarters

Management & Administration Division

Boiler Products Headquarters

Generator Division

Fuel Cell Business Department

Yokohama Works

Air Quality Control Systems Technology Division

Hitachi Works

Takasago Works

Kure Works

Nagasaki Works

Engineering Headquarters

Power Systems Project Management Division

Plant Engineering Division

Plant Construction Division

Turbine Technology Development Integration Division

Steam Turbine Technology & Production Integration Division

Gas Turbine Technology & Production Integration Division

Turbine Global Products Integration Division

Boiler Products Integration Division

HISTORY AND DEVELOPMENT CORPORATE OVERVIEW

Yataro Iwasaki (Photo by The Mitsubishi Archives)

Namihei Odaira(Photo by Hitachi, Ltd.)

Company Name Mitsubishi Hitachi Power Systems, Ltd.

Establishment February 1, 2014

Head Office 3-1 Minatomirai 3-chome, Nishi-ku, Yokohama, Kanagawa, 220-8401, Japan

Representative President and CEO Kenji Ando

Capital 100 billion yen

Stockholders Mitsubishi Heavy Industries, Ltd. (65%) / Hitachi, Ltd. (35%)

Employees Consolidated 19,946 / Non-Consolidated 10,918 (As of October 2016)

Works in Japan Hitachi / Yokohama / Takasago / Kure / Nagasaki

Offices in Japan Hokkaido / Tohoku / Tokyo / Hokuriku / Chubu / Kansai / Chugoku / Shikoku / Kyushu

Number of Main Group Companies

56 companies (including 8 companies in Japan)

Organization (As of January 2017)


PS60-01PS01E1-F-0, （10.0） 17-1, ZTP

Mitsubishijuko Yokohama Bldg., 3-1 Minatomirai 3-chome, Nishi-ku, Yokohama, Kanagawa, 220-8401, JapanTEL 81-45-200-6100 FAX 81-45-200-7989www.mhps.com/en/

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