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T&D Technology of TOSHIBA in Brazil
TRANSMISSION & DISTRIBUTION SYSTEMS DIVISIONSocial Infrastructure Systems CompanyTOSHIBA CORPORATION19 March 2015
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INTRODUCTION TO TOSHIBA CORPORATION TRANSMISSION & DISTRIBUTION SYSTEMS DIVISION
Copyright 2014 © TOSHIBA CORPORATION 3
Shibaura EngineeringWorks Co., Ltd
Tokyo Electric Company
1939 19781986
1875
1930
1995
2009
1991Hisashige Tanaka opened a telegraphequipment factory in Tokyo
Company name changed toTOSHIBA Corporation
Released the firstJapanese word processor
Manufactured Japan’s 1st electric Washing machines and refrigerators
Acquired Westinghouse’s nuclear power business
Released CELL REGZA 55X1, the world’s first LCD TV integrating the Cell Broadband EngineTM
Developed and releasedLaptop computers
Developed 320-slice Dynamic Volume CT system
Tokyo Shibaura Electric Co., Ltd.
Standardized DVD
2006
1963
2007
Japan’s first 12,500kWnuclear power turbinegenerators
1984World’s first 4-megabit NAND-type EEPROM
2011Acquired Landis+Gyr
TOSHIBA Leading Innovation
2013
Established Smart Community Center in Kawasaki
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Established: July 1875President & CEO : Hisao Tanaka
Net Sales: US$ 61,705 millionEmployee: Approx. 206,087 Subsidiaries: 554 Companies (As of 2012)
Corporate profile (As of April 1, 2013)
Introduction to TOSHIBAWorld’s 10th largest electronics & electrical equipment manufacturer
Home Appliances
Digital Products
Electronic Devices
Social Infrastructure
Digital Products
Home Appliances
Electronic Devices
Social Infrastructure
41%
10%
21%
5%
23%
(The Fortune Global 500, 2011)
Others
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FactorySales Office
Social Infrastructure System, Semiconductor
Medical Products
Consumer/Digital Products
Toshiba Global Comércio de Soluções Para Varejo (Brazil), Ltda.
Solutions (Toshiba TEC)
Semp-Toshiba Amazonas S.A.(Manaus)
Toshiba América do Sul Ltda.(Contagem & Betim factories)
Toshiba América do Sul Ltda.(HQ)
Semp-Toshiba Amazonas S.A.(HQ)
Toshiba América do Sul Ltda.(Curitiba factory)
Landis+Gyr America do Sul(Curitiba)(Rio de Janeiro)(Belem)
Toshiba América do Sul Ltda.(Rio de Janeiro)
Opening Office in 1957, Over 60years History in Brazil
Map of Toshiba Group Companies in Brazil
Toshiba Medical do Brasil Ltda(HQ)
Toshiba Medical do Brasil Ltda(Campinas factory) Westinghouse Electric
do Brasil Ltda.(Rio de Janeiro)
BRAZIL
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Outline of Toshiba América do Sul Ltda.
•Name of Company: Toshiba América do Sul Ltda.•Establishment: April 1st, 2011•Chairman: Shigeo Miyahara •CEO: Luis Carlos Borba•Vice President: Robson Tadeu Lage Alves•HQ: São Paulo•Factory: Contagem, Betim (Minas Geris)
Curitiba (Parana)•Sales Office: Rio de Janeiro•Nos. of Employee(Jan.,2015): 2,150
Outline of Company
Outline of Business
• Reginal HQ of Toshiba group • Manfucturing of Transformers (B.H)• Manufacturing of Switchgear (Curitiba)• F.T.K engineering of Substation, Railway substation, Letter
Handling systems• Business Development of Social Infrastrucure systems• Sales of Semiconductors, storage devices
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• Landis+Gyr Brazil, located in Curitiba, state of Paraná, has a total area of 70,000 square
• 9,000 square meter of industrial building
• 6,500 square meter of manufacturing area
• Top share of smart metering system in Brazil
Gridstream™ Customer
DA customer
Services Customer
Gridstream™ Pilot Projects
11
LA12
E22A
E23A E34A TITAN E750 E650 E550 SGP+M C750 GATEWAY
RF ROUTER IWR IP RADIO SMC GIMMS COMMANDCENTER
GridstreamMDMS
CASHPOWERPrepayment
Outline of Landis+Gyr - América do Sul
Outline of Company
Product Line up
Main customers
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Wide Range Product Line-up of T&D Systems Division
DISTR
IBUTION
TRANSM
ISSION
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Toshiba Started
Manufacturing its
own Transformer
World’s First
Transformer
invented by
Ganz
50kV-4kVA
220kV-80MVA (Asia’s first) Almost same year as Europe’s first operation
Japan’s First GIT
66KV-3000KVA
Toshiba’s First
500kV TR
GSU TR
765/√3kV-268.5MVA
UHV TR
1050kV-3000/3MVA
World’s largest TR
525kV-1450MVA
World’s largest GIT
330kV-400MVA
First GIT in North America
80MVA
TOSHIBA Leading Innovation: Power Transformers
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Began manufacturing
in 1894
TOSHIBA Leading Innovation: Switchgears
164kV-1500MVA
OCB
23kV-400A-500MVA
Air Blast Breaker
(Japan first)
72kV GIS
(Japan first)
550kV-4000A-50kA
ABB
800kV-5000A GIS
(World first)
550kV-63kA 1 break
GCB
(World first)
OCB LTCB GIS/GCB
1000kV GIS
Operating in China
1100kV-8000A GIS
(World Largest)
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Toshiba73%
Mitsubishi9%
Hitachi18%
Utility Peak Load (MW) Supplier
Hokkaido 5,345 Toshiba
Tohoku 15,200 Mitsubishi
Tokyo 64,300 Toshiba
Chubu 27,500 Toshiba
Hokuriku 5,508 Toshiba
Kansai 33,060 Hitachi
Chugoku 12,000 Toshiba
Shikoku 5,925 Toshiba
Kyushu 16,940 Toshiba
Okinawa 1,470 Hitachi
J-POWER 16,085 Toshiba
Energy Management System (EMS) in Japan
Installed EMS at Japanese Utilities
TOSHIBA EMS installed at Kyushu
Electric Power Company
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Technology of Advanced Distribution Management System
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Non-Technical Loss
A significant portion of these losses are believed to be from power theft, unmetered usage and meter tampering.
Brazil alone loses approximately 15% of its annual energy production to theft according to ANEEL.
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M3M2
M1
P
Non-Technical Loss
Non-Technical Loss Detection
P
M3
M2M1
• The difference of the above is non-technical loss
• If the pole-based system was connected to central control system then it can send report to command center automatically
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Non-Technical Loss Protection
Centralized Smart Metering – SGP+M
• Success Case for Combating Non-technical Losses
• Remote Readings + IHD
• Remote electricity cut-off/switch-on
• Flexible communication
• Approx. 1.8 Million Points in Brazil
• 3rd Generation
15
Low voltage distribution line
Medium voltage distribution line
Secondary Concentrator
Remote Display
Ampla’s Solution (Rio de Janeiro) for losses combat
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Fault Location Detection System
Indication of fault area
Detection of fault
Estimation of fault location
Fault occurs
Fault Information
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Advanced Distribution Management System
μEMS
Consert DLC
Control Devices
Demand ResponseVoltage
Control
GIS and
Analytics
Head-end System
AMI System
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Advanced Distribution Management System
Voltage
Distance from Substation
Lower limit
Distance from Substation
Upper limit
Lower limit
Upper limit
Voltage Regulation Conservation Voltage Reduction
STEP-1: Visualization– Smart meters and AMI enable
visualization of distribution system
STEP-2: Voltage Control– Voltage control for regulation
and energy conservation
– Support increase of renewable energy
STEP-3: Power Flow Control– Increasing the capacity of
distribution system if battery is available
Smart Meter
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KEYCOMPONENTS OF UNDERGROUND SUBSTATION
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How wonderful would it be if we could make best use of this land ・・・・・・・・・・・
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Gas Insulated Transformer (GIT)Oil Immersed Transformer (OIT)
Technology of Compact Substation (Gas Insulated Transformer)
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Compact Technology (Application of GIT&GIS)
AIS2,236m2 (100%)
GIS+GIT176m2 (8%)
AIS: Air Insulated Switchgear
GIS: Gas Insulated Switchgear
GIT: Gas Insulated Transformer
Realization of saving space of substation from AIS to GIT & GIS
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Effects of Underground substation
Real estate/ DeveloperUtilization of saving space
UtilityImprovement of reliability
of substation
EPC ContractorProvide of Solution
Saving Space after the construction of compact
Substation
Creation of Mutual benefits
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Effective Utilization of Underground substation
• Saving Space• Effective Utilization of crowded area• Improve of safety (No explosion & No fire)
Existing AIS substation
Benefits of Customer
Removal of AIS equipments
Installation of GIS & GIT in underground
Construction of Commercial Building
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300kV Substation under a Buddhist temple (JPN)
Suitable Application of GIT
60MVar/33kV GIR
160MVA/275kV GIT
300 kV GIS
Inside a historical 19th century landmark (UK)
GIT for Hydro Power Station on the river (USA) GIT in Urban Area (JPN)
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Shopping Colinas 138/13.8kV GIS& GIT Substation
- 1 x 138 kV GIS (Gas Insulated Switchgears) --- 5 Bays
- 2 x 12.5 MVA GIT (Gas Insulated Transformers)
- 1 x 15kV Metal-clad switchgears
São Jose dos Campos (SP)
GIS
GITDirect Connection between GIT & GIS
Scope of Work
First GIT made in Brazil / Technology from Japan
BRAZIL
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Toshiba Group will realize the most suitable solutions in Brazil based on the latest Japanese technology.
Smart Grid by using AMI communication Network•Prevention of Non technical loss
•Fault Detecting•Advanced Distribution Management system
Compact Substation by using GIS & GIT Technology •Saving Space•Effective Utilization of crowded area
•Improve of safety (No explosion & No fire)
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