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Railway Power Supply Systems
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TOSHIBA CORPORATION Infrastructure Systems & Solutions Company
72-34, Horikawa-cho, Saiwai-ku, Kawasaki 212-8585, Japan Tel: +81-44-331-1486
The information contained herein is as of July 7, 2014.
The information contained herein is subject to change without notice.
●The information contained herein is presented only as a guide for the applications of our products. No responsibility is assumed by TOSHIBA for any infringements of patents
or other rights of the third parties which may result from its use. No license is granted by implication or otherwise under any patent or patent rights of TOSHIBA or others.
●TOSHIBA products should not be embedded to the downstream products which are prohibited to be produced and sold, under any law
●TOSHIBA does not take any responsibility for incidental damage (including loss of business profit, business interruption, loss of business information, and other pecuniary damage)
arising out of the use or disability to use TOSHIBA products.
●The products described in this document may include products subject to the foreign exchange and foreign trade laws.
●The products described in this document may contain components made in the United States and subject to export control of the U.S. authorities. Diversion contrary to the U.S.
law is prohibited.
●
●
2016.08
1
Railway Power Supply Systems
Rail transport has been evaluated as an environment-friendly transportation system, helping to solve environmental
pollution, energy resources shortage, and chronic traffic congestion problems in developing countries.
Since Toshiba started manufacturing traction motor and propulsion systems in 1899, we have made continuous
technological innovations which led to the creation of new transportation systems, including power supply
systems. We have now expanded our business to supply advanced technologies on a global scale.
In the pursuit of technological innovation, global environmental issues are important, and demand is high for the
creation of a new product value aimed at reducing environmental impact while ensuring safety and comfort.
We offer products and systems to support your organization’s activities aimed at protecting the environment,
thus contributing to the creation of a sustainable, eco-friendly society.
1
AC Electrification Systems
Transmission Systems
・Traction Transformer
・Auto-transformer
・Feeding Circuit Breaker
・Feeding Switchgear(GIS,C-GIS,SIS)
・Changeover Switch
・Control / Relay Panel
・AC Feeding Protection Relay
・Gas Insulated Switchgear (GIS)
・Gas Insulated Transformer (GIT)
・Gas Circuit Breaker (GCB)
・Cubicle Type Gas Insulated Switchgear (C-GIS)
・Solid Insulated Switchgear (SIS)
DC Electrification Systems
・Rectifier Transformer
・Traction Rectifier
・Regenerative Inverter
・DC Switchgear
・Protection Relay
・HSVCB
・Package-Type DC Substation
・SCiB™ Traction Energy Storage System
Control Center
・Supervisory Control And Data Acquisition (SCADA)
2
2
System Integration
Toshiba has been continuously striving to provide customers with advanced, optimal solutions. We are able
to provide not only the latest environmentally-friendly products from all over the world but also consulting
services like energy simulation and construction works as well.
Route map
Timetable
Substation
Voltage
Current
Our long histor y of engineering
railway system projects has given
us extensive expertise in designing
railway power supply systems. Our inhouse simulator is able to calculate
various railway system conditions
w i t h re m a r k a b l e a c c u r a c y. O u r
experienced engineers are also there
to provide consultation and offer
customer-oriented solutions.
Power
Train
Example of Power Supply Simulation
Engineering
Toshiba is able to supply transmission and distribution products from
our bases all over the world, using our worldwide distributors to offer
customer-oriented solutions at a competitive price.
Procurement
& Manufacturing
Construction
Taiwan High Speed Railway Project
Solid Insulated Switchgear
Vegetable Oil Transformer
SCiB™ Traction Energy Storage System
Having started in the transportation business in 1899, Toshiba has extensive experience in offering innovative railway system products. For
power supply systems, our current products such as the Solid Insulated Switchgear, Vegetable Oil Transformer and SCiB™ Traction Energy
Storage System, are environment friendly solutions which contribute to a more sustainable environment.
3
In addition to supplying products, Toshiba also provides customers with FTK solutions. One representative example of our FTK comma the
Taiwan High Speed Railway, wherein Toshiba built and supplied essential products for railway electrification.
4
3
Transmission Systems
3-1
Railway Power Supply equipment must be highly reliable and safe. In addition, today's equipment must
also be economically efficient to accommodate installation in limited space and in a short period of time.
Therefore, Toshiba developed the highly reliable SF6 Gas Insulated Switchgear (GIS) which can simplify site
work and reduce land footprint by up to 92%. For the main transformer, Toshiba offers a non-flammable
Gas Insulated Transformer (GIT)
for a more compact substation
solution. As for Toshiba’s product
l i n e - u p fo r m i d d l e vo l t a g e
switchgears, we developed the
Cubicle t ype G as I nsulated
Switchgear (C-GIS) and SF6 gas
free Solid Insulated Switchgear
(SIS).
Gas Insulated Switchgear (GIS)
The Gas Insulated Switchgear (GIS) is an integrated switchgear which uses SF6 insulation gas. It is used mainly in 72.5kV or higher
systems. Toshiba has a long history for developing and manufacturing GIS.
168kV GIS
Ratings
P6
Transmission Systems
Typical space for AIS+OIT
2,236m2
170kV GIS
P11上
Features
Rated Voltage [kV]
72.5 ~ 252
Rated Voltage [kV]
36 / 72
Rated Interrupting Current [kA]
25 ~ 63
Rated Bus Current [A]
1200
Rated Lightning Impulse Withstand Voltage [kV]
325 ~ 1050
Rated Power Frequency Withstand Voltage [kV]
140 ~ 460
Rated Gas Pressure
0.7(GCB) / 0.7(GIS)
Applicable Standards
JEC / IEC
•Rated
Compact
Design
Breaking Current [kA]
Can be installed in indoor and underground substations
Lightning Impulse [kV]
Rated Withstand Voltage
Power Frequency [kV]
• Outdoor Compatibility
Rated
Gas Pressure
・G]
Protection
against[MPa
pollution
OIT
16 / 25
200 / 350
70 / 140
0.05 (at 20˚C)
• Safe Operation
Electrified parts are enclosed in the earthed tank
P11下
P7上
52m
OIT
GSM / GSP
Rated Voltage [kV]
240 / 300
72 / 84 / 168
Method of Operation
Hydraulic
Motor Spring Motor Spring
Safe
Tank
AIS
3-2
[kV]
•Rated
LowVoltage
Maintenance
GSR
GSPF
145
Dead Tank
Live Tank
Using safe material
Lighting
(LTO)
900 / 1050
350 / 400 / 750
650
Rated
Impulse [kV]
Low Temperature
High Effective
Withstand
Operation
Capacity
Power
200-265-200(1min)/
Voltage
140 / 160 / 325
275
Frequency [kV]
250-330-250(1min)
Usable in extremely
High amount of actual
Attractive features are realized by
Rated
Withstand
Voltage
Lightning
Impulse [kV]
Between Main Circuit and Earth 200
Power
Frequency [kV]
Between Main Circuit and Earth 70 – 1min.
Gas Insulated Transformer (GIT)
cold enviroments
Applicable
Standards
(-30˚C)
usable energy over
using Lithium Titanate Oxide
JEC / IEC wide range of SOC
(LTO) in its anode
36
1200
Rated Current [A]
Rated Short Time Withstand
Current [kA]
Between Main Circuit Terminals 250
Between Main Circuit Terminals 100 – 10min.
12.5 – 2sec.
Mechanical 200,000 times
Switching Lifetime
Electrical 100,000 times
The Gas Insulated Transformer (GIT) uses SF6 gas for insulation and cooling instead of mineral oil and is suitable for indoor and
underground substations. GIT development and manufacturing at Toshiba also has a long history.
P8
16m
Rapid
Recharging
Rated Voltage [kV]
24
Recharges
43m
GIT
GIS
11m
GIT
in approx. 6 minutes
Rated
Lightning Impulse [kV] 125
Withstand
Long Life
Power Frequency [kV]
50
Voltage
Rated Current [A]
High
Input & Output
36
40.5
170
185
70
95
Over 6,000 chargedischarge630
cycles
/ 1250 /
Usable with
high
current
350
140
1250 /
2000
2000
Rated Short Time Withstand
Current [kA]
72
P17上
84
400
160
800 / 1250
25 / 31.5
Applicable Standard
JEC / IEC / GB
Features
Rated Voltage [V]
DC 750 , 1500
Rated Current [A]
3000 , 4000
Rated Breaking Capacity [kA]
50 (at 3×106A / sec), 100 (at 10×10 6A / sec)
•Rated
Non-flammability
Short Time Current [kA]
50-1sec , 100-1sec
SF6 gas isStandard
used instead of mineral
oil,bealleviating
Applicable
JIS (To
developedthe
forneed
IEC)
for a fire fighting system. This also allows the installation in
the same room with the GIS for a more compact substation
layout.
• Non-explosive
P17下
No pressure relief device is needed.
Specifications
A compact solution with GIS and GIT
AIS : Air Insulated Swithgear
OIT : Oil Insulated Transformer
GIS : Gas Insulated Switchgear
GIT : Gas Insulated Transformer
5
• Compact Design
Our GIS+GIT - Sample Layout
176m2 (8% of AIS + OIT land footprint)
P10上
T-type Bushing
ES
DS
ES
VCB
Busbar
EVT
Application
Feeding System for High Speed Railway
Rated Voltage [kV]
220 / 25x 2 ; 161 / 60x 2 ; 132 / 27.5x 2
TT
Cooling Type
ONAN / ONAF / OFAF
Rated Power [MVA]
84 / 60
Overload
200% 5mins
Connection
Scott
DS
VCB
CHD
Applicable equipments
Air Insulated type or
MV Switchgear Unit
7.2 / 24 / 36kV
Conservator and pressure relief device are not required
thus type
Solid Insulated
lowering the height to less than that of OITs.
TR : Epoxy Resin Molded Dry
/ Liquid Silicone
12-Pulse Rectifier Unit Up to 2,000kW
SR : Heat-pipe Self-cooling
GIT
DC Switchgear Unit
DC 600V, DC1500V
HSCB or HSVCB
Auxiliary Power
Supply Unit
DC 110V,
AC 105V / 210V
Lead Storage
6 Battery
P13
Gas Circuit Breaker (GCB)
3-3
Gas
Solid Insulated Switchgear (SIS)
3-5
Toshiba supplies many
types of Gas Circuit
Breakers (GCB) for 72kV or higher voltage.
Vegetable Oil
Epoxy Resin
Mineral Oil
Toshiba developed Solid Insulated Switchgear (SIS), which utilizes high-performance epoxy resin independently developed
as insulating material for SIS. Our epoxy resin provides a remarkable improvement in strength, flexibility, heat-resistance
and dielectric strength. By using this material for switchgear insulation, we are able to reduce the size while maintaining the
equipment’s high reliability. Installation space required for the 72/82kV SIS is smaller than our conventional 72kV air-insulated
switchgear. For the 24/36kV SIS, the new Balanced Magnetic Actuator (BMA) for
the VCB is utilized which further reduces the size
P11上
P6
and weight of the SIS without compromising its performance.
Liquid Silicone
Applicable for up to 6MW Rectifier
～ 77kV
OIT
～ 35kV
Applicable for DC600V / 750V / 1500V / 3000V
JEC / IEC
52m
self cooling
P11上
P6
1500V / 3000V
Rated Voltage [kV]
72.5 ~ 252
Rated Voltage [kV]
36 / 72
Rated Interrupting Current [kA]
25 ~ 63
Rated Bus Current [A]
1200
Rated Lightning Impulse Withstand Voltage [kV]
325 ~ 1050
Rated Breaking Current [kA]
Rated Power Frequency Withstand Voltage [kV]
140 ~ 460
Rated Gas Pressure
0.7(GCB) / 0.7(GIS)
Applicable Standards
JEC / IEC
Rated Withstand Voltage
GSR
GSM / GSP
72 / 84 / 168
Method of Operation
Hydraulic
Motor Spring Motor Spring
145
Tank
Dead Tank
1,000kW‐continuous rating
Lighting
900 / 1050
350 / 400 / 750
Rated
3,000kW‐1minute or 4,500kW-30seconds
Impulse [kV]
Withstand
1,000kW‐continuous rating
only
Power
200-265-200(1min)/
Voltage
140 / 160 / 325
Frequency [kV] 250-330-250(1min)
Applicable Standards
ol mode (Make a selection for your operation )
rol: To 6％ or 8％ output regulation
voltage control
650
JEC / IEC
3-4
pure water (natural cooling type)
24
36
Rated
Lightning Impulse [kV] 125
170
Withstand
The
Cubicle Type Gas Insulated Switchgear
Power Frequency [kV]
50
70
Voltage
of Inverter-800W * 1,000D * 2,300H
2,800W * 2,000D * 2,500H
72
185
350
84
400
72
40.5
185
350
400
70
95
140
160
630, 1250, 2500
630, 1250, 2000
800, 1250
800, 1250
25, 31.5
25, 31.5
20, 25, 31.5
20, 25, 31.5
DS
ES
Application
Rated Voltage [kV]
Cooling Type
Ratings
新P7下
Rated Power [MVA]
VCB
Applicable equipments
Air Insulated
CHD type or
Solid Insulated type
7.2 / 24 / 36kV
12-Pulse Rectifier Unit
Up to 2,000kW
ESResin Molded Dry
TR : Epoxy
/ Liquid
DS Silicone
SR : Heat-pipe Self-cooling
DC Switchgear Unit
DC 600V, DC1500V
HSCB orCT
HSVCB
Feeding System for High Speed Railway
72kV C-GIS
220 / 25x 2 ; 161 / 60x 2 ; 132 / 27.5x 2
Auxiliary Power
Cross-section
Supply Unit
DC 110V,
AC 105V / 210V
200% 5mins
Overload
Rated Voltage [kV]
36
Connection
Scott
Rated
Lightning Impulse [kV]
170
Applicable
JEC / IEC
Withstand Standard
Power Frequency [kV]
70
Voltage
GSR
GSM / GSP
240 / 300
72 / 84 / 168
72
84
185
350
400
95
140
160
800 /
1250
800 /
1250
630 /
630 /
Rated Current [A]
1250 /
1250 /
2500
2000
P10中
Rated Short Time Withstand
25 /
25 /
Current [kA]
31.5
31.5
Example
of Roof-delta Connection Transformer
Features
P13
JEC / IEC
Feeding System for High Speed Railway
Rated Voltage [kV]
220kV / 60kV×2
Cooling Type
ONAN
Rated Power [MVA]
60
Overload
300% 2min
Connection
Roof-delta
Applicable Standard
JEC / IEC
50F
21FCompatibility
Distance Protection
• Outdoor
Protection Function
• Safe
51F
Overcurrent Protection
Operation
Voltage Protection
27F
79
Automatic Reclose
• Low Maintenance
• Easy Withstand Voltage Test
20 / 25 / 20 / 25 /
31.5
31.5
Applicable Standards
Utility
• 21F
Compact Design
Rated
Withstand
40.5
72
84
Rated
Withstand
Voltage
125
170
185
350
400
50
70
95
140
160
Lightning Impulse [kV]
Power Frequency [kV]
630 / 1250 /
2000
Rated Current [A]
Busbar
EVT
27.5
200 (to earth and across open contacts)
220 (across isolating distance)
1200
wide range of SOC
ES
VCB
Lightning
Rated
Impulse [kV]
Withstand
Rapid
Power
Voltage
Recharging
Frequency [kV]
Between Main Circuit and Earth 200
Rated Short Time Withstand
Current [kA]
12.5 Long
– 2sec.Life
Recharges
in approx. 6 minutes
Between Main Circuit Terminals 250
High
Main Cable
Between Main Circuit and Earth
70 –&1min.
Input
Output
Between Main Circuit
– 10min.
Usable
with
CT Terminals 100
high current
Over 6,000 chargeMechanical
200,000 times
discharge cycles
Switching Lifetime
Electrical 100,000 times
1250 /
2000
Rated Input Voltage
TT
DS
Features
• SF6 gas-less due to epoxyDC 750 , 1500
resin coating
3000 , 4000
Rated Current [A]
Rated Voltage [V]
(at 3×106A / sec), 100 (at 10×10 6A / sec)
Rated Breaking •Capacity
[kA] 50
Compact
Design
Rated Short Time Current [kA] 50-1sec , 100-1sec
• Outdoor Compatibility
JIS (To be developed for IEC)
800 / 1250
Applicable Standard
3,000kW‐1minute or 4,500kW-30seconds
1,000kW‐continuous rating only
1,200VAC
P8 の図
Eco-Friendly
Design
1Series * 2Parallel * 6Arm * 2Bridge
CHD
Main Circuit Configuration
Rated Output Voltage
VCB
ES
Double bridge parallel configuration by Transformer
Device
P10上
Device Cooling System
Application
IGBT (3,300V-1,200A) / MG1200FXF1US53(P)
Rated Voltage
Dimension
CT [kV]
Cooling Type
220Panel
/ 25xof2 Inverter-800W
; 161 / 60x 2 ; 132
/ 27.5x*22,300H
Control
* 1,000D
ONAN / ONAF /*OFAF
DC Reacrtor-2,800W
2,000D * 2,500H
Sun
84 / 60
200% 5mins
Connection
Scott
Applicable Standard
JEC / IEC
Atmo
Green
h
sph
ous
e
36
er
40.5
70
95
630, 1250, 2500
630, 1250, 2000
Example
ofWithstand
Roof-delta
Connection
Transformer 25, 31.5
Rated
Short Time
Current
[kA]
UtilityStandards
Feeding System for High Speed Railway
Applicable
185
60kV×2 greenhouse gas and it
Voltage
[kV]
SFRated
is evaluated
as the 220kV
most/ potent
6 gas
ONAN
Cooling
Type
poses negative effects in the environment. As part of Toshiba’s
Ratedfor
Power
drive
the[MVA]
development of60more eco-friendly products, Toshiba
300%possesses
2min
Overload a new material which
introduced
high dielectric strength.
27.5
Rated
Current [A]
P10下
Rated Rated
Withstand
Voltage
Voltage
[kV]
1250
Lightning Impulse [kV]
55 / 27.5
250
TR : Epoxy Resin Molded Dry
/ Liquid Silicone
SR : Heat-pipe Self-cooling
DC Switchgear Unit
DC 600V, DC1500V
HSCB or HSVCB
Auxiliary Power
Supply Unit
DC 110V,
AC 105V / 210V
Lead Storage Battery
Zero SF6
5kg
800, 1250
0kg
1,900kg
850kg
Distance
Protection
51F
Protection Function
72 Half Components
27F
350 37% Less Volume
79
140
170
JEC / IEC
Up to 2,000kW
Half Weight
21F
Power Frequency [kV]
Roof-delta
7.2 / 24 / 36kV
Safe Design
12-Pulse Rectifier Unit
e
Applicable equipments
Air Insulated type or
Solid Insulated type
P13
Ga
se
s
Earth
• High Reliability
MV Switchgear Unit
Lightning Impulse [kV]
Rated Current [A]
• Low Maintenance
Specifications
The Greenhouse Effect
Overload
Rated Withstand Voltage
P10中
P17下
Heat-pipe in pure water (natural cooling type)
C-GIS
Feeding System
for High
Speed
Railway
Inverter-2,700W
* 2,200D
* 2,900H
Rated Power [MVA]
• Safe Operation
1,000kW‐continuous rating
1,500VDC
Output control mode (Make a selection for your operation )
-1) Load control: To 6％ or 8％ output regulation
-2) Constant voltage control
Rated Voltage [kV]
Lightning
Impulse [kV]
200 / 350
P17上
36
Applicable Standard
新　P12 下
Rated Voltage [kV]
145
24
Connection
新　P10
(LTO) in its anode
36
Applicable for DC600V / 750V / 1500V / 3000V
Rated Voltage [kV]
JEC / IEC
GSPF
Rated Current [A]
Rated Voltage [kV]
Rated Voltage [kV]
40.5
LightningSafe
Impulse [kV]
(-30˚C)
Secondary
Rated Short Time Withstand
25 / 31.5
Current [kA]
Regenerating Inverter mode
Capacity
Applicable Standard
JEC / IEC / GB
Powering Converter mode
P7下
84 / 60
Busbar 16 / 25
GIT
Lead Storage Battery
ONAN / ONAF / OFAF
Gas
P8
Ratings
Bushing
JIS (To be T-type
developed
for IEC)
ES
P10上
7
50-1sec , 100-1sec
VDS
GIS
P15
50 (at 3×106A / sec), 100 (at 10×10 6A / sec)
P13 の図
MV Switchgear Unit
JEC / IEC
25
3000 , 4000
Specifications
170
95
Rated Current [A]
P17下
[kV]
[kV]
DC 750 , 1500
1200
Rated Withstand Voltage
Hydraulic
Motor Spring Motor Spring
P14下 Method of Operation
Tank
Dead Tank
Live Tank
16m
Cooling Method Lighting Vertical heat-pipe self cooling
900 / 1050
350 / 400 / 750
650
Rated
Impulse [kV]~ 6 MW
Rated Power
Withstand
Power
200-265-200(1min)/
DC 600V / 750V / 1500V / 3000V
Rated Voltage
Voltage
140 / 160 / 325
275
Frequency [kV] 250-330-250(1min)
Applicable Standard
JEC / IEC GIT
Applicable Standards
JEC / IEC
24kV SIS
Electrical 100,000 times
Rated Voltage [V]
36 / 72
Using safe material
Operation
70 / 140
Power Frequency
[kV]
(LTO)
Mechanism
Rated
Gas
Pressure
[MPa
G]
0.05
(at 20˚C)
JEC / IEC
・
Low Temperature
High
Effective
Mineral Oil
Liquid Silicone
Vegetable Oil
Epoxy Resin
Operation
Capacity
Protection
Applicable for up to 6MW Usable
Rectifier
in extremely
High amount of actual
Attractive features are realized by
Relay cold enviroments
usable energy over
VD
35kV Oxide
using Lithium
～ 77kVP11下
～Titanate
Primary
11m
ES
84
0.7(GCB) / 0.7(GIS)
Rated Voltage [kV]
Mechanical 200,000 times
JEC / IEC / GB
kV]
250
12.5 – 2sec.
25 / 31.5
Applicable Standard
e [kV]
• Low NoiseBetween Main Circuit and Earth 70 – 1min.
Power
Frequency [kV] Between Main Circuit Terminals 100 – 10min.
Applicable Standard
Rated Short Time Withstand
Current [kA]
1250
Between Main Circuit and Earth 200
Lightning
• Easy Installation
Impulse [kV]
Between Main Circuit Terminals 250
(C-GIS) is an integrated switchgear which uses SF6
95
140
160
Rated Breaking Capacity [kA]
insulation gas. It is used mainly in 36kV to 84kV systems. Toshiba spent many years developing
Rated Short Time Current [kA]
630 / 1250 / 1250 /
and
manufacturing
high quality C-GIS.
Vacuum2000
circuit800
breakers
/ 1250 (VCB) are used for the C-GIS.
Rated
Current [A]
2000
0W * 2,200D * 2,900H
27.5
36
Switching Lifetime
40.5
Rated Gas Pressure
Applicable Standard
P17上
Rated Voltage [kV]
140 ~ 460
Rated Power
145kV 3-Phase GCB
P8
1,200A) / MG1200FXF1US53(P)
Rated Power Frequency Withstand Voltage [kV]
0.05 (at 20˚C)
Rated Short Time Withstand
Current [kA]
275
Rated Breaking Current [kA]
Rated
Voltage
P7上
72kV GCB
Rated
Withstand
Voltage
325 ~ 1050
70 / 140
Cubicle Type Gas Insulated Switchgear (C-GIS)
allel * 6Arm * 2Bridge
e parallel configuration by Transformer
36
Live Tank
Rated Lightning Impulse Withstand Voltage [kV]
200 / 350
43m
240 / 300
Rated Bus Current [A]
Power Frequency [kV]
Features
• Good Breaking
Ability
1200
Rated Current [A]
Rated Voltage [kV]
Rated Voltage [kV]
25 ~ 63
Lightning Impulse [kV]
Rated Voltage [kV]
GSPF
72.5 ~ 252
Rated Interrupting Current [kA]
OIT
Applicable Standards
Cooling and Insulating Method
16 / 25
P11下
Ratings
P7上
nverter mode
AIS
Rated Gas Pressure [MPa・G]
240kV GCB
g Inverter mode
P14上
Rated Voltage [kV]
Overcurrent Protection
1200pcs
84 2500pcs
Voltage Protection
4002.7m3
1.7m3
Automatic Reclose
160
800, 1250
25, 31.5
20, 25, 31.5 (Comparing with
20, 25,
31.5 products at 24kV)
TOSHIBA
SIS BusbarJEC
Compartment
/ IEC
SIS has an "Internal arc-free" feature which promotes safe
operation. Busbar and devices in each phase of the main
circuit 新　P10
are completely insulated with earthed layer of
Toshiba'sRated
unique
epoxy
coating.
Voltage
[kV] resin mold 27.5
Lightning
Rated
新P7下Withstand Impulse [kV]
Voltage
to [kV] Power
Rated (Line
Voltage
Frequency [kV]
Earth)
Rated
Lightning Impulse [kV]
Withstand
Rated Current [A]
Power Frequency [kV]
Voltage
Rated Short Time Withstand
200 (to earth and across open
8 contacts)
220 (across isolating distance)
95 36
(to earth40.5
and across72
open contacts)
84
110 (across isolating distance)
170
185
350
400
1250
70
95
140
160
0.7(GCB) / 0.7(GIS)
Rated
Gas Pressure
Withstand
Power
200-265-200(1min)/
Voltage
140 / 160JEC
/ 325
275
/ IEC
Applicable
Standards
Frequency [kV] 250-330-250(1min)
4
AC Electrification
Systems
P11 の図
4-1
Toshiba provides a highly-reliable and modernized AC electrification system which consists of elements
such as large capacity of traction transformers, single phase circuit breakers, surge arrestors, and
substation
changeover switches. Our
products are designed with thesubstation
advance technology based on our long history
of development. It contributes to a safe, stable and cost-minimized system operation for a long term.
Features
JEC / IEC
Rated Voltage [kV]
24
P7上
Rated
Lightning Impulse [kV] 125
GSR
Withstand
P8Voltage
Power Frequency [kV]
50
240 / 300
Rated Voltage [kV]
36
IGBT
Regenerative
Inverter
• Toshiba can supply various types of transformers and propose the most suitable type of
transformer according to customer specification such as voltage, capacity, loss, installation
condition, etc.
Traction Substation
• The changeover switches are used for the phase break point of high speed railway system.
Our product is designed for long time operation under the harsh conditions of high voltages
and repeating surges.
• The control and relay panels supplied by Toshiba are designed with the advance digital
technologies. They integrate all required functions such as protection, control and monitoring by
the intelligent digital relays, PLCs and the LAN connection network.
Decelerating / Regeneration by Brake
Rated Voltage [kV]
24
36
40.5
72
84
P10上
Ratings
Rated
Lightning Impulse [kV] 125
170
185
350
400
Withstand
Feeding50System70
for High
Railway160
Application Power Frequency [kV]
95Speed140
Voltage
Rated Voltage [kV]
220 / 25x 2 ; 161 / 60x 2 ; 132 / 27.5x 2
630 / 1250 / 1250 /
Escalator
Lighting
800 / 1250
Rated Current
[A]
ONAN / ONAF
Cooling Type
2000/ OFAF 2000
P10上
84 / 60
Rated
Power
[MVA]
Rated
Short
Time
Withstand
Passenger
Station
Facility
25 / 31.5
Current
[kA]
200% 5mins
Overload
Feeding
System for High Speed Railway
Application
Applicable
Standard
JEC2/ ;IEC
Connection
Scott
Rated
Voltage
[kV]
220
/ 25x 2 ; 161 / 60x
132/ GB
/ 27.5x 2
Applicable
Standard
Cooling
Type
JEC / IEC
ONAN
/ ONAF / OFAF
Rated Power [MVA]
84 / 60
Overload
200% 5mins
Accelerating
/ Powering
Connection
Scott Connection Transformer
P10中
Applicable Standard
P13 の図
Rated
Voltage [kV]
Overload
Utility
Cooling
Type [kV]
Connection
Rated
Voltage
Rated
Power
[MVA]
Applicable
Standard
Cooling Type
Applicable Standard
Rated Voltage [kV]
Power Company 161kV　3
SF6 -Gas Insulated
Switchgear (GIS)
Mtr1
Solid Insulated
Switchgear
51B1T
51B2M
50OT2T
50OT1M
50OT2T
21F41,50F41
4-2
Auto-transformer
51OT2T
21F11,50F11
27F41M
AT11
AT13
27F11
VS-A
27F41W
21F13,50F13
27F13
VS-B
21F12,50F12
Type
P10中
Rated
P10下
Power
220
/ 25x
2 ; 161 for
/ 60x
2 ; 132
/ 27.5x
2
300%
2min
Feeding
System
High
Speed
Railway
ONAN
ONAF / OFAF
Roof-delta
220kV
// 60kV×2
84
JEC/ /60
IEC
ONAN
AT12
JEC / IEC
Roof-delta
JEC / IEC
55 / 27.5
ONAN
Rated C
300%
2min
55
/ 27.5
Feeding System for High Speed Railway
Can withstand thermally and mechanically
ONAN
220kV
for 25 /or60kV×2
35 times of the rated current
4 / 5 / 7.5 / 10
ONAN
JEC / IEC
8 / 10 / 15 / 20
60
300%2min
2min
300%
Can withstand thermally and mechanically
27F14
VS-B
55 / 27.5
ONAN
9
新　P10
Rated V
Rated
Withsta
Voltage
(Line to
Earth)
Applica
4 / 5 / 7.5 / 10
8 / 10 / 15 / 20
Overload
300% 2min
Short Circuit Intensity
Can withstand thermally and mechanically
for 25 or 35 times of the rated current
Applicable Standard
JEC / IEC
VS (Vacuum Switch)
Frequently Changeover
Capability
(over 200,000 times)
Auto-transformer
Applica
Rated S
Current
※5
Control & Relay
Panel Overview
Rated S
Current
Rated C
Type
Self Capacity [MVA]
Line Capacity [MVA]
Auxiliar
P13
Supply
Rated
Withsta
Voltage
新　P10
P13
(Line to
Earth)V
Rated
Rated C
Rated
Protect
Withsta
Rated S
Voltage
Curren
(Line to
Applica
Earth)
200% 5mins
60
Scott 2min
300%
Rated Voltage [kV]
Rated
Power
AT14
27F12
VS-A
27.5kV VWA-Type
Vacuum Switch
Applica
DC Swi
Rated V
Self Capacity [MVA]
4 / 5 / 7.5 / 10
Line
Capacity [MVA]
8 / 10 Transformer
/ 15 / 20
Example of
Roof-delta
Connection
Overload
Rated
Voltage [kV]
Utility
Type
Short Voltage
Circuit Intensity
Rated
[kV]
Self Capacity [MVA]
Rated Type
Cooling
Applicable Standard
Power
Line Capacity [MVA]
Rated Power [MVA]
Overload
Overload
MV SwiV
Rated
DC Swi
Rated C
Auxilia
Rated B
Supply
12-Puls
Rated S
DC Swi
Ratings
P10下
21F14,50F14
P17下
Auxiliar
新　P10
Supply
OT2
51OT1
MV Sw
Protect
12-Puls
Short
Circuit
Intensitycatenary Roof-delta
Connection
The Auto-transformer is used for the AT Feeding System (25kV × 2)
which
reduces
voltage
drops
for 25 or 35
times and
of theelectro-magnetic
rated current
Applicablethe
Standard
JEC /current.
IEC
interference. It should be designed with low impedance and to withstand
high short circuit
Applicable Standard
JEC / IEC
51B2T
OT1
AT41
Roof-delta Connection Transformer
Mtr2
51B1M
50OT1T
Traction Transformer
(Scott Connection)
87T2,51T2,50GT2
51GT2
Applica
P17下
Switchi
JEC / IEC
Feeding System for High Speed Railway
Overload
Rated
Power [MVA]
Connection
Overload
TO POWER COMPANY 3 phase NETWORK
Applicable Standard
Connection
P10下
87T1,51T1,50GT1
51GT1
Rated B
Rated S
Rated
S
Current
P13
MV Swi
Scott
220kV / 60kV×2
Rated Voltage [kV]
Ratings
P10中
P10上
ONAN
Cooling Type
Feeding
System for High Speed Railway
Application
Example
of Roof-delta
Connection
Transformer
60
Rated Power
[MVA]
P9 の図
TOSHIBA's POWER SUPPLY SYSTEMS for AC Feeding Substation
51S2,51G2
Rated V
Rated V
Rated C
Rated C
Rated B
P17上
Rated S
Rated
Withsta
Applica
Rated
V
Voltage
Rated C
P17下
Protect
Example of Roof-delta Connection Transformer
Utility
51S1,51G1
84
Switchi
P17上
P11下
12-Puls
P17上
VS-B
27S2,27G2
72
P8
Transformer
27S1,27G1
40.5
170
185
350
400
GSM / GSP
GSPF
70
95
140
160
72 / 84 / 168
145
630 / 1250
/ 1250
/ Motor Spring
Method
of
Operation
Hydraulic
Motor
Spring
800 / 1250
Rated Voltage
Current [kV]
[A]
Rated
24 200036
40.5
72
84
2000
Tank
Dead Tank
Live Tank
Rated
Lightning
Impulse [kV] 125
170
185
350
400
Rated Short Time
Withstand
25 / 31.5
Withstand
Current [kA]Lighting
900 / 1050
350 / 400 / 750
650
Rated
Impulse
Power[kV]
Frequency [kV]
50
70
95
140
160
Voltage
Withstand
Applicable Standard
JEC / IEC / GB
Power
200-265-200(1min)/
Voltage
630 / 1250
/ / 160
1250
/
140
/
325
275
800 / 1250
Rated Current
[A]
Frequency
[kV] 250-330-250(1min)
2000
2000
Applicable
Standards
JEC
/
IEC
Short substation
Time Withstand
ACRated
feeding
should therefore convert
25 / the
31.5 commercial
Current [kA]
AC feeding power for rolling stock is single-phase power. The
AC 3-phase into AC single-phase. However in this case, it will cause three phase voltage unbalance at the primary side.The ScottApplicable Standard
JEC / IEC / GB
Power Source
connection and the Roof-delta connection
transformer below are used for the AC traction transformer which can reduce the
3-phase voltage unbalance induced in the primary side.
Sectioning Post
VS-A
P15 の図
AC Traction Transformer
P8Applicable Standards
Rated S
Current
Rated
G
10
P11上
72.5 ~ 252
25 ~ 63
4-3
325 ~ 1050
]
140 ~ 460
0.7(GCB) / 0.7(GIS)
P14上
Feeding Circuit Breaker / Switchgear
(Solid Insulated Switchgear)
Rated Voltage [kV]
36 / 72
Rated Bus Current [A]
1200
Rated Breaking Current [kA]
16 / 25
Rated Withstand Voltage
Lightning Impulse [kV]
200 / 350
Power Frequency [kV]
70 / 140
Rated Gas Pressure [MPa・G]
P6
JEC / IEC
GSM / GSP
Primary
Secondary
275
12.5 – 2sec.
Switching
Lifetime
Rated
Voltage [kV]
GSR
GSM / GSP
Mechanical
200,000 times
240
/
300
72
Electrical 100,000 times / 84 / 168
JEC / IEC
Method of Operation
Hydraulic
Tank
JEC / IEC
Dual
P14上or single-pole circuit breakers are used for AC outgoing feeders. These must demonstrate a long operating life and have a reclosing
40.5
72
84
170
185
350
400
70
95
140
160
250 /
0
1250 /
2000
800 / 1250
25 / 31.5
Lighting
900 / 1050
350 / 400 / 750
Rated
Impulse [kV]
Withstand
P17上
Power
200-265-200(1min)/
Voltage
140 / 160 / 325
Frequency [kV] 250-330-250(1min)
DC 750 , 1500
Rated Voltage [V]
Applicable Standards
JEC / IEC
3000 , 4000
Rated Current [A]
Rated Breaking Capacity [kA]
Applicable Standard
P8
36
40.5
Lightning Impulse [kV]
125
170
185
Power Frequency [kV]
Specifications
Rated Current
[A] SIS
27.5kV
MV Switchgear Unit
7.2 / 24 / 36kV
Rated Short Time Withstand
Current [kA]
50
61 / 60x 2 ; 132 / 27.5x 2
Rated
P17下 Withstand
Voltage
Applicable
12-Pulse
RectifierStandard
Unit Up to 2,000kW
Single Line Diagram
72
84
350
400
15
00
70
95
140
160
Applicable equipments
630 / 1250 / 1250 /
800
/ 1250
Cross
Section
2000
Air
Insulated 2000
type or
Solid Insulated type
25 / 31.5
TR : Epoxy Resin Molded Dry
/ Liquid
JECSilicone
/ IEC / GB
SR : Heat-pipe Self-cooling
DC Switchgear Unit
DC 600V, DC1500V
HSCB or HSVCB
2-Phase
AC27.5kV
Auxiliary
Power
Supply Unit
DC 110V,
AC 105V / 210V
Lead Storage Battery
/ OFAF
ormer
m for High Speed Railway
2
0
d thermally and mechanically
mes of the rated current 11
Control/Status Signal
P10上
21F
Application
Protection Function
Rated Voltage [kV]
51F
Cooling Type
79
Current Input
Display
Control
Distance
Protection
Overcurrent
SystemProtection
for High Speed Railway
FIFeeding
Voltage
220
/ 25x 2Protection
; 161 / 60x 2 ; 132 / 27.5x 2
27F
AT
VT Panel
LocatorPanel
Rated
Power [MVA] Feeder
Overload
Connection
Receiving,Feeding
Automatic
ONAN
/ ONAFReclose
/ OFAF
Distribution Line
Incoming
Panel
84 / 60
Interlock Circuit
200% 5mins(Relay Sequence)
Control
Display
Main Circuit
Equipment
200 (to earth and across
open contacts)
55 / 27.5
Type
ONAN
Self Capacity [MVA]
Line Capacity [MVA]
4 / 5 / 7.5 / 10
8 / 10 / 15 / 20
Between Main Circuit and Earth 200
Rated Voltage
~ 6 MW
DC 600V / 750V / 1500V / 3000V
Between Main Circuit Terminals 250
Applicable Standard
JEC / IEC
Power
Frequency [kV]
Between Main
ESCircuit and Earth 70 – 1min.
Between Main Circuit Terminals 100 – 10min.
C-GIS for AC Traction Circuit
Digital
Relay(G2)
System 1
Ratings (C-GIS)
P11上
1,000kW‐continuous rating
Electrical
100,000Inverter
times mode
Regenerating
3,000kW‐1minute or 4,500kW-30seconds
Rated Voltage [kV]
72.5 ~ 252
Powering Converter mode
1,000kW‐continuous rating only
Rated Bus Current [A]
25 ~ 63
Rated Interrupting Current [kA]
Relay(G2)
Lightning
Impulse [kV]VT Panel
125
Feeder
Panel
Withstand
Voltage
V
Power Frequency [kV]
Rated Current [A]
21F
50
P14上
Rated Withstand Voltage
Power Frequency [kV]
• Compact Design
Rated Short Time Withstand Current [kA]
• Outdoor Compatibility
170
185
350
400
70
95
140
160
• Safe Operation
Rated Voltage [kV]
27.5
• Low Maintenance
P10上
Lightning
Rated
200 (to earth and across open contacts)
Impulse
[kV]
Withstand• High
220 (across isolating distance)
Reliability
Feeding System for High Speed Railway
VoltageApplication
95 (to earth
Power [kV]
(Line toRated Voltage
220 /and
25x across
2 ; 161open
/ 60x contacts)
2 ; 132 / 27.5x 2
Frequency [kV] 110 (across isolating distance)
Earth)
ONAN / ONAF / OFAF
Cooling Type
Rated Current
[A] [MVA]
1250 84 / 60
Rated Power
Rated Short
Time Withstand
Overload
Current [kA]
Connection
Applicable
Standard
Applicable
Standard
31.5
200% 5mins
IEC
JEC / IEC
Scott
Power Frequency [kV]
70 / 140
0.05 (at 20˚C)
Regenerating Inverter mode
Rated Voltage [kV]
Rated Current
Input Voltage
Rated
[A]
A
• Safe Operation
Primary
Rated Voltage
Secondary
• Low Maintenance
Appli
Applicable Standard
1,000kW‐continuous rating
1,000kW‐continuous ratingP14下
only
361,500VDC
Output control mode (Make a selection for your operation )
1200
-1) Load control: To 6％ or 8％ output regulation
-2) Constant
control
Between
Mainvoltage
Circuit and
Earth 200
Cooling Method
Vertical heat-pipe self cooling
Rated Power
Rated Voltage
~ 6 MW
DC 600V / 750V / 1500V / 3000V
Between Main Circuit Terminals 250
1,200VAC
Between Main Circuit and Earth 70 – 1min.
1Series * 2Parallel * 6Arm * 2Bridge
Between
Circuit
Terminals
100 – 10min.
Double Main
bridge
parallel
configuration
by Transformer
Applicable Standard
JEC / IEC
Single Phase Vacuum Circuit Breaker
Lightning
Rated
Impulse [kV]
Withstand
Rated Output Voltage
Power
Voltage
Frequency [kV]
Main Circuit Configuration
Mineral Oi
Rated Power
3,000kW‐1minute or 4,500kW-30seconds
Powering Converter mode
P11下
Device Cooling System
84
25
200 / 350
Capacity
Heat-pipe in pure water (natural cooling type)
Mechanical
200,000
times * 2,900H
Inverter-2,700W
* 2,200D
84
Electrical
100,000
times
Control Panel
of Inverter-800W
* 1,000D * 2,300H
400
DC Reacrtor-2,800W * 2,000D * 2,500H
160
Switching Lifetime
72
Dimension
350
95
140
630, 1250, 2000
800, 1250
25, 31.5
95
Lightning Impulse [kV]
Rated Gas Pressure [MPa・G]
185
250
16 / 25
P15
Rated Withstand Voltage
• Compact Design
Cooling •and
Insulating Method
Outdoor
Compatibility Gas
1200
Rated Breaking Current [kA]
40.5
1250
Features
36 / 72
Toshiba's VCB designed for 27.5kV single phase AC feeding system uses high performance vacuum switches that are able to
Rated
IGBT
(3,300V-1,200A) / MG1200FXF1US53(P)
DeviceShort Time Withstand
12.5
– 2sec.
withstand
Current [kA]high voltages and extensive switching cycles.
630 / 1250 / 1250 /
800 / 1250
Distance Protection
2000
2000
Overcurrent Protection
25 / 31.5
Voltage Protection
JEC27.5
/ IEC / GB
Automatic Reclose
FeaturesRated Current
• SF6[A]gas-less due to epoxyresin coatingLightning Impulse [kV]
新　P10
GCB for AC Traction Circuit
Mechanical
200,000 times
VCB
Applicable Standards
JECResin
/ IEC Molded Dry
TR : Epoxy
Rated Voltage [kV]
36
/ Liquid Silicone
12-Pulse Rectifier Unit Up to 2,000kW
Lightning Impulse [kV]
170
SR
:
Heat-pipe
Self-cooling
Rated Withstand Voltage
Power Frequency [kV]
70
DC 600V, DC1500V
HSCB or HSVCB
DC Switchgear Unit
Rated Current [A]PC
630, 1250, 2500
SW-HUB
P8Short
Auxiliary
Power
DC 110V,
25, 31.5
Rated
Time Withstand
Current [kA]
Lead Storage Battery
Supply Unit
AC 105V / 210V
Applicable Standards
Rated Voltage [kV]
24
36
40.5
72
Digital
Rated
Incoming
Panel
System
2
GIS for AC Traction Circuit
12.5 – 2sec.
Standard 79
RatedApplicable
Voltage [kV]
I
Rated
ExampleLightning
of Roof-delta Connection Transformer
Withstand Impulse [kV]
220 (across isolating distance)
Voltage
Utility
Feeding System for High Speed Railway
95 (to earth and across open contacts)
Power
(Line to
220kV
/ 60kV×2
Rated Voltage
[kV]
isolating
distance)
Frequency [kV] 110 (across
Earth)
ONAN
Cooling Type
Rated Current [A]
1250
60
Rated Power [MVA]
Rated Overload
Short Time Withstand
31.5 300% 2min
Current [kA]
Roof-delta
Connection
Applicable Standard
IEC
Applicable Standard
JEC / IEC
Rated Voltage [kV]
Lightning
Impulse [kV]
51F
Rated Short Time Withstand
Protection
新　P12
下Function
Current
[kA]
27F
27.5
P10下
Vertical heat-pipe self cooling
Rated Power
Trip,Reclose,
Fault display
Clamp
CT
P10中
Rated Voltage [kV]
JEC / IEC
Cooling Method
P13
JEC / IEC
Ratings
新　P10
Rated
Power
Voltage Input
Bus Tie Panel
SWScott
Applicable Standard
DMS
～ 35kV
Applicable for DC600V / 750V / 1500V / 3000V
1200
Lighting
900 / 1050 Applicable
350 / 400
/ 750
650
Rated
Specifications
equipments
Impulse [kV]
Withstand
Air Insulated type or
Power 7.2 / 24 /200-265-200(1min)/
Voltage Unit
MV Switchgear
36kV
140 / 160type
/ 325
275
P7下
Solid Insulated
Frequency [kV] 250-330-250(1min)
Remote Terminal Unit
Epoxy Resin
P14下
4-5
GPS
Antennae
P13
Secondary
Applicable Standard
325 ~ 1050
Rated Lightning Impulse Withstand
Voltage [kV]
1,500VDC
OutputVoltage
control [kV]
mode (Make 140
a selection
RatedRated
Input Voltage
~ 460 for your operation )
Power Frequency Withstand
P17上
-1) Load control: To 6％ or 8％ output regulation
0.7(GCB)
/ 0.7(GIS)
Rated Gas Pressure
-2) Constant voltage control
DC 750 , 1500
Rated Voltage
[V] Standards
JEC / IEC
Applicable
1,200VAC
RatedCurrent
Output[A]
Voltage
3000
, 4000
Rated
2Parallel
* 6Arm
* 2Bridge
6A / sec)
(at 3×10*6A
/ sec), 100
(at 10×10
Rated
Capacity [kA] 50 1Series
Main Breaking
Circuit Configuration
Double bridge parallel configuration by Transformer
Rated Short Time Current [kA] 50-1sec , 100-1sec
P7上
IGBT
(3,300V-1,200A)
MG1200FXF1US53(P)
Device
Side
Applicable
Standard
JISView
(To be
developed for/ IEC)
Heat-pipe in pure water (natural cooling type)
Device Cooling System
GSR
GSM / GSP
GSPF
Inverter-2,700W * 2,200D * 2,900H
240 / 300
72 / 84 / 168
145
Rated Voltage [kV]
Dimension
Control Panel of Inverter-800W * 1,000D * 2,300H
Hydraulic
Motor Spring Motor Spring
Method of Operation
DC Reacrtor-2,800W * 2,000D * 2,500H
Dead Tank
Live Tank
P17下 Tank
600
Vegetable Oil
～ 77kV
Primary
Rated Voltage
CT
24
Liquid Silicone
Applicable for up to 6MW Rectifier
Capacity
Rated Voltage [kV]
6
JIS (To be developed for IEC)
Rated Voltage [kV]
Mineral Oil
36
P6 Lifetime
Switching
50 (at 3×10 A / sec), 100 (at 10×10 A / sec)
6
Gas
Rated Power
Rated Current [A]
P15
Rated Short Time Withstand
Current [kA]
275
Cooling and Insulating Method
Rated Voltage [kV]
650
Rated Short Time Current [kA] 50-1sec , 100-1sec
JEC / IEC / GB
m for High Speed Railway
Live Tank
function. Individual gas circuit breakers (GCB), gas insulated switchgears (GIS), or cubicle type gas insulated switchgears (C-GIS) are used.
Bus
Rated
Withstand
Voltage
Motor Spring Motor Spring
Dead Tank
～ 35kV
VDS
P11下
1700
36
Operation
mechanism
145
Epoxy Resin
～ 77kV
200 / 350
Lightning Impulse [kV]
~ 6 MW
70 / 140
Power
Frequency
[kV]
DC 600V / 750V / 1500V / 3000V
0.05 (at 20˚C)
JEC / IEC
RatedWithstand
Power Voltage
Rated
Rated Voltage
Rated
Gas Pressure
[MPa・G]
Applicable
Standard
GSPF
Vegetable Oil
Applicable for DC600V / 750V / 1500V / 3000V
Applicable Standard
P11上
Rated
Short Time Withstand
P7上
Current [kA]
Live Tank
140 / 160 / 325
0.05 (at 20˚C)
4-4
Feeding Circuit Breaker / Switchgear
(Gas Insulated Switchgear)
Liquid Silicone
Applicable for up to 6MW Rectifier
Rated Voltage
650
Motor Spring Motor Spring
350 / 400 / 750
Mineral Oil
Rated Power
140 ~ 460
Power
Voltage [kV]
1200
Rated Rated
Current
[A] Frequency Withstand
0.7(GCB)
Rated Gas
Pressure
Between Main Circuit and Earth
200 / 0.7(GIS)
Lightning
Rated Applicable
Impulse
[kV]
JEC250
/ IEC
Standards
Between Main Circuit Terminals
Withstand
Between Main Circuit and Earth 70 – 1min.
Power
Voltage
Frequency [kV] Between Main Circuit Terminals 100 – 10min.
145
Tank
Gas
Toshiba developed a single-phase SIS for AC Feeding System. This next generation switchgear uses an improved insulation
Rated
Voltage
[kV]
~ 252 enhances its functionality
Rated
[kV]the conventional SF 6 gas which72.5
material
in Voltage
place of
further
and
reliability.
Using epoxy resin material 36 / 72
P11下
P14下
Rated Bus Current
[A] requirement. Furthermore,
1200
25 ~ 63environment and drastic reduction
Rated Interrupting
Current
[kA]installation even in harsh
for insulation
also allows
both
in space
Breaking
Current
[kA]
~ 1050
Lightning
Impulse Withstand
Voltage
[kV] easier325
SIS
hasRated
a modular
enables
replacement,
maintenance andRated
customization.
36 which
Rated
Voltage
[kV] composition
Vertical heat-pipe self cooling 16 / 25
Cooling Method
GSPF
72 / 84 / 168
Cooling and Insulating Method
800, 1250
20, 25, 31.5
P17上
JEC / IEC
P7下
Rated Voltage [V]
[kV]
Rated Voltage
Current [A]
Features
20, 25, 31.5
This vacuum circuit breaker
can be supplied as a
DC 750 , 1500
withdrawable trolley type
36
3000 , 4000
VCB6 or as a fixed installation.
6
Impulse
[kV] 100 (at 10×10170
50 (at 3×10
A / sec),
A / sec)
Rated Breaking Capacity [kA]Lightning
Rated Withstand Voltage
Power
Frequency
[kV]
70
Rated Short Time Current [kA]
50-1sec
, 100-1sec
Rated Current
[A]
630, 1250, 2500
Applicable
Standard
JIS (To be developed for IEC)
25, 31.5
新P7下Rated Short Time Withstand Current [kA]
Applicable Standards
Rated Voltage [kV]
27.5kV Vacuum Circuit Breaker
36
40.5
72
84
Rated
P17下
Withstand
Voltage
170
Lightning Impulse [kV]
185
350
400
Power Frequency [kV]
70
95
140
160
Specifications
Applicable equipments
630 /
630 /
800 /
800 /
Rated Current [A]
1250 /
1250Air
/ Insulated
or
1250 type
1250
MV Switchgear Unit
7.2 / 24 / 36kV
2500
2000Solid Insulated type
Ratings
新　P12
下 Withstand
Rated
Short Time
25 /
25 /
20 / 25 / 20 / 25 /
Dry
Current [kA]
31.5
31.5TR : Epoxy
31.5Resin Molded
31.5
/
Liquid 27.5
Silicone
Up
to
2,000kW
12-Pulse
Rectifier
Unit
Rated
Voltage
[kV]
Applicable Standards
JEC
IEC
SR :/Heat-pipe
Self-cooling
Rated Current [A]
1250
DC 600V,
DC1500V
DC Switchgear Unit
Lightning
Impulse HSCB
[kV] or HSVCB
250
Rated Withstand Voltage
Auxiliary Power
DC 110V,
Power Frequency [kV]
95Battery
Lead Storage
Supply Unit
AC 105V / 210V
Rated Short Time Withstand Current [kA]
25
• High Voltage Withstand
Capability
P15
40.5
Capacity
185
95
800, 1250
630, 1250, 2000
25, 31.5
In order to withstand the
excessive voltage at the phase
72
84
Regenerating Inverter mode
break point, two vacuum
350
400
interrupters are provided in series
Powering
140
160 Converter mode
for the switch.
20,Voltage
25, 31.5
Rated Input
JEC / IEC • Long Life
Protection Function
3,000
1,000
800, 1250
1,500VDC
20, 25,control
31.5 mode (Make a selection for yo
Output
Operation
-1) Load control: To 6％ or 8％ output regulati
-2) Constant voltage control
Aiming at long life operation,
1,200VAC
Rated Output
Voltageelectro-magnetic
a simple
1Series
2Parallel * 6Arm * 2Bridge
operation
mechanism
is*used.
Main Circuit
Configuration
Double bridge parallel configuration by Trans
Device
IGBT (3,300V-1,200A) / MG1200FXF1US53(P)
Device Cooling System
新P7下
Heat-pipe in pure water (natural cooling type
Inverter-2,700W * 2,200D * 2,900H
Dimension
Rated Voltage
[kV]
36
40.5 of Inverter-800W
72
84
Control
Panel
* 1,000D * 2,30
Rated
Withstand
Voltage
Lightning Impulse [kV]
DC
* 2,000D *400
2,500H
170Reacrtor-2,800W
185
350
Power Frequency [kV]
70
Rated Current [A]
P7下
Rated Short Time Withstand
CurrentRated
[kA] Voltage [kV]
Applicable Standards
Rated Withstand Voltage
P13
1,000
95
140
160
630 /
630 /
800 /
800 /
1250 /
1250 /
1250
1250
2500
2000
25 /
20 / 25 / 20 / 25 /
25 /
12
36
31.5
31.5
31.5
31.5
Lightning ImpulseJEC
[kV]/ IEC
170
Power Frequency [kV]
70
21F
Distance Protection
Rated Current [A]
51F
Overcurrent Protection
Rated Short Time Withstand Current [kA]
630, 1250, 2500
25, 31.5
P8 の図
P13 の図
Changeover Switch
Control
/ Relay
The Greenhouse
Effect Panel
4-8
Sun
P11 の図
P15 の図
Single pole vacuum switches (VS) are used for power switching at phase break points for AC high speed railway systems. Toshiba
is a leading company in manufacturing changeover switches equipment for railways.
The integrated control and relay panels are provided for AC feeding substations. They are designed with the advanced digital
technology and consist of elements such as a digital protection relay, programmable logic controller (PLC), colored LCD touch
A tconnection.
mo
screen, Ethernet LAN
Green
h
substation
substation
21F
100 - 250Vdc
Inputs / outputs
Rated Voltage [kV]
P14上
Digital input 18*
1200
JEC / IEC
e of rise protection
Analog input 4*
Rated Breaking Current [kA]
16 / 25
Communication
ModbusImpulse
/ IEC61850
200 / 350 /
Lightning
[kV]/ IEC60870-5-103
protocol
& Interface
Web browser DNP3.0 etc.
Rated Withstand
Voltage
70 / 140
Power Frequency [kV]
W205×D187.8×H255.9
Relay
Changeover
Switch[MPa・G]
Changeover0.05
Switch
in Cubicle
Rated
Gas Pressure
Dimensions
(at 20˚C)
MIMIC W149×D 23.8×H278.5
t protection (4 stages)
LCD language
tection
0.7(GCB) / 0.7(GIS)
erload protection (3 stages)
e protection (2 stages)
275
n JEC / IEC
Gas
Mineral Oil
Liquid Silicone
Secondary
Application of Changeover Switch
Applicable Standard
Lightning
Protection Function
Rated
Impulse [kV]
Withstand
Power
Voltage
Frequency [kV]
Between
Main Circuit Terminals
– 10min.
Undervoltage
27
protection100
(3 stages)
Rated Short Time Withstand
Current [kA]
Controll Function
Switching Lifetime
Multi-shots
12.5
– 2sec. auto-reclosing function
Line test Function
Mechanical
times
Interbreaking200,000
Function**
Metering Function
I, V, +Wh, -Wh, Impedance
JEC / IEC
Decelerating / Regeneration by Brake
185
350
400
4-7
250 /
0
1250 /
2000
800 / 1250
25 / 31.5
00
t [kA]
MV Switchgear Unit
4000 ~ 12000
80
Protection Function
DC Switchgear Unit
Auxiliary Power
Supply Unit
Voltage
Protection
27F
DC 600V,
DC1500V
HSCB or HSVCB
Automatic Reclose
79
DC 110V,
Lead Storage
Battery AT41
Instantaneous
Overcurrent
Protection
50F
AC 105V
/ 210V
27F41W
Multi-shots auto-reclosing function
Control Function
Inter breaking function *
21F
87T1,51T1,50GT1
51GT1
Load current with
Thyristor
Controlled
CarsVoltage
Rated
Input
Mtr1
X
OT1
Controlling function (SWGR, CB)
P13
Metering Function
I, V, W, +Wh, Impedance
Protection Function
Event records
21F
Distance Protection
Fault records
51F
Overcurrent Protection
Disturbance records
Voltage Protection
27F
CB and DS status
79
Automatic Reclose
CB and DS response monitoring
Record Function
Trip circuit supervision
Monitoring Function
ormer
Trip counter monitoring categorized by breaking level
m for High Speed Railway
51S2,51G2
Powering Converter mode
50F
Mtr2
51B1MOutput
51B1T
Rated
Voltage
Zone1
51B2M
50OT1M
X2
Zone2
51OT1
Air Insulated type or
Solid Insulated type
TR : Epoxy Resin Molded Dry
Distance Protection/ Liquid Silicone
Up to 2,000kW
12-Pulse Rectifier Unit 21F
21F41,50F41
SR : Heat-pipe Self-cooling
Overcurrent Protection
51F
[kV]
20
m for High Speed Railway
9.2
kV]
61 / 60x 2 ; 132 / 27.5x 2
JIS / IEC
/ OFAF
2
7.2 / 24 / 36kV
Regenerating Inverter mode
51S1,51G1
Capacity
50OT1T
Applicable equipments
27S2,27G2
50F
X1
Ratings
新P13下
DC900 / 1800
This Control/Relay Panel for AC Receiving Substations is installed with G2 Relay and monitoring system that utilizes DMS (Digital
Monitoring System). Hence, it can flexibly deal with both distributed and clustered systems. G2 Relay’s features include fault
1,000kW‐continuous rating
waveform collection, transmission functions and a user-friendly LCD interface.
3,000kW‐1minute or 4,500kW-30seconds
System monitoring results such as daily and monthly energy status reports and fault history can be displayed through its
1,000kW‐continuous rating
only LCD.
large
AC Feeding Protection Relay(GRY-200 Series)
27S1,27G1
21F
When aCircuit
train
Main
Configuration
comes,
impedance
zone changes
Device
R2
1,500VDC
Output control mode (Make a selection for your operation )
-1) Load control: To 6％ or 8％ output regulation
-2) Constant voltage control
27F41M
VS-A
P7下
※5
C
21F14,50F14
DC Reacrtor-2,800W * 2,000D * 2,500H
AT14
27F12
VS-B
VS-A
27F14
The Greenhouse Effect
AT
Locator
Sun
human interface
Rated Current [A]
Rated Short
Time Withstand
Current [kA]
• Flexible
Installation
Digital
Relay(G2)
System 1
SW
Lightning Impulse [kV]
Rated Withstand
Voltage
• Colored
LCD touch
screen for
Power Frequency [kV]
40.5
72
84
170
185
350
400
70
95
630, 1250, 2500
630, 1250, 2000
25, 31.5
25, 31.5
Atmosphere
160
140
Control
Display
20, 25, 31.5
Rated
Withstand
Lightning
Impulse [kV]
Load current of PWM
Controlled Cars
R1
R
Digital
Relay(G2)
System 2
I
Main Circuit20, 25, 31.5
Equipment
V
Earth
unit are separated.)
• Support a wide range of
communication protocol
LCD panel (31.5 inch)
14
新P7下
新　P12 下
Rated Voltage [kV]
IL
Failure
Zone
Clamp
CT
Self-supervision
新　P10
Detected Rise Current
on 50F
800, 1250
800, 1250
Greenhouse Gases
JEC / IEC
*Communication lines between the substations are required.
13
PC
50F
Trip,Reclose,
Fault display
36
Applicable(The
Standards
touch panel and the main
SW-HUB
R2
Receiving,Feeding
Distribution Line
Interlock Circuit
(Relay Sequence)
VS-B
[kV]
• Compact
Design
FeaturesRated Voltage
DMS
Voltage Input
FI
Control Panel of Inverter-800W * 1,000D * 2,300H
AT12
Current Input
Display
Control
Inverter-2,700W * 2,200D * 2,900H
27F13
When a train
comes,
impedance
zone changes
Zone2
Control/Status Signal
Maxim in pure water (natural cooling type)
Heat-pipe
21F12,50F12
Zone1
X2
×IL×coslf~IL)
AT13
27F11
Remote Terminal Unit
51OT2T
IGBT (3,300V-1,200A)
/ MG1200FXF1US53(P)
urrent
um Load
IL
X1
50OT2T
Detected
Rise Current(Ifv)
1Series
* 2Parallel
* 6Arm * 2Bridge
on 50F
Double
bridge parallelOT2
configuration by Transformer
Ifv=√(If 2+IL 2−2×If
21F13,50F13
AT11
50OT2T
Load current with
Thyristor Controlled Cars
X
GPS
Antennae
1,200VAC
51B2T
Load current of PWM
Controlled Cars
Dimension
R121F11,50F11 R
21F
87T2,51T2,50GT2
51GT2
Device Cooling System
Failure
Zone
TO POWER COMPANY 3 phase NETWORK
600
Substation Monitoring System
Power Company 161kV　3
P15
CB operate time
DC 750 , 1500
Rated Voltage [V]
ΣI alarm
3000 , 4000
Rated Current [A]
Self supervision
Rated Breaking Capacity [kA] 50 (at 3×106A / sec), 100 (at 10×10 6A / sec)
Event records
Rated Short Time Current [kA] 50-1sec , 100-1sec
Fault records relay provides mainly 2
Record Function
Toshiba’s
AC
feeding
protection
Applicable Standard
JIS (To be developed
for IEC)
Disturbancevent
records
protection functions called
“Distance
Relay (21F)”, and
Specifications
P13 の図
Control/Relay Panel
15
Trip counter monitoring
P17下
• Connection with Remote
Control Center (SCADA)
50F
Aiming for long life operation, a simple
electro-magnetic operation mechanism is
used.
Electrical
times
Controlling100,000
Function(SWGR,
CB)
*Communication
line (50F)”.
betweenIfthe
substation
is requieredit
“Instantaneous Overcurrent
Relay
failure
is detected,
will isolate failure circuit quickly.
JEC / IEC / GB
• Measuring Data (voltage,
current, power,
power factor
Accelerating / Powering
etc.)
• Long Life Operation
21F
Feedin
g Line
M
Angle
(Fa inim
ult um
Re Fa
sis ult
tan Cu
ce rre
10 nt
oh
m)
170
n 70
the substations
are required.
95
140
160
P17上
Monitoring Function
Passenger Station Facility
• Alarms and Commands
Logs Function
In order to withstand
the excessive
voltage
DC 600V
Rated Voltage
/ 750V / 1500V
/ 3000V
at the phase break point, two vacuum
Applicable Standard
JEC / IEC
interrupters are provided in series for the
P9 の図
switch.
Between
Main Circuit
Terminals
250(2 stages)
Thermal
overload
49
protection
Between
Main Circuitprotection
and Earth (3
70stages)
– 1min.
Overvoltage
59
• Self-monitoring
and
SelfEscalator
Lighting
diagnosis Function
Traction Substation
High Voltage
Withstand
FeaturesCooling •Method
Vertical heat-pipe self cooling
Capability
Rated Power
~ 6 MW
If
84
～ 35kV
Applicable for DC600V / 750V / 1500V / 3000V
P14下
36
Current surge protection
△I
1200
di / dt Current rate of rise protection
Between
Main Circuitprotection
and Earth (4
200
Overcurrent
50
stages)
• Colored LCD Touch Screen
for Human Interface
• Redundant System
IGBT
Regenerative
Inverter
Epoxy Resin
～ 77kV
Primary
Rated Voltage
Trip circuit supervision
72
Vegetable Oil
Applicable for up to 6MW Rectifier
Rated Power
CB state condition
40.5
Features
Transformer
Earth
VS-B
Cooling and Insulating Method
*Maximum value
ng
36
Power Source
1700
edance
140 / 160 / 325
Ratings
P11下
Rated Current [A]
Motor Spring Motor Spring
n*
Tank
Live Tank
SWGR, CB)
/ 400 / 750
650
n 350
fuction
e
English / Chinese / Japanese / Portuguese
Rated Voltage [kV]
ge protection (2 stages)
GSM / GSP
GSPF
osing function
72 / 84 / 168
145
VS-A
36 / 72
Digital output 18*
Rated Bus Current [A]
140 ~ 460
50F
Sectioning Post
er
Ga
se
s
Feedin
g Line
M
Angle
(Fa inim
ult um
Re Fa
sis ult
tan Cu
ce rre
10 nt
oh
m)
P11上
Power supply ranges
IEC60870-5-103
/
72.5 ~ 252
0 etc.
25 ~ 63
panese / Portuguese
325 ~ 1050
]
sph
ous
e
If
4-6
Rated Voltage [kV]
27.5
27.5
Rated Current [A]
1250
200 (to earth and across open contacts)
220 (across isolating distance)
Rated Withstand Voltage
Lightning Impulse [kV]
250
Power Frequency [kV]
95
Rated Voltage [kV]
36
40.5
72
84
Rated
Withstand
Voltage
170
185
350
400
70
95
140
160
630 /
630 /
Lightning Impulse [kV]
Power Frequency [kV]
Ifv=√(If 2+IL 2−2×If
×IL×coslf~IL)
Curren
um Load
Maxim
5
DC Electrification Systems
5-1
Toshiba also provides a highly-reliable and modernized DC electrification system. In addition to
conventional equipment like rectifier transformers, rectifiers, and high speed circuit breaker (HSCB), a lot
of new equipment has been developed with power electronics and digital technology. Toshiba presents
P15 の図
innovative solutions
to meet customers’ needs.
Power Source
Features
Rectifier Transformer
• For better environmental friendliness, a liquid silicone transformer or vegetable oil transformer can
be used for the rectifier transformer.
• Heat pipe Rectifier has a very high thermal efficiency and can be installed outdoors.
Transformer
IGBT
Regenerative
Inverter
Gas Insulated Transformer
Liquid Silicone Transformer
• High Speed Vacuum Circuit Breaker (HSVCB) has high reliability, safety and can reduce
maintenance
• Regenerative Inverter is a good energy saving solution for the efficient use of regenerative braking
power from Escalator
rolling stocks.
Lighting
Features
• SCiB™ Traction Energy Storage System is an energy saving solution which is not only useful
Station Facility
storage of Passenger
regenerative
energy but also for promoting power peak cut, feeder voltage
compensation and emergency power supply.
Traction Substationfor
• Package Type Substation saves space and construction works.
P11上
P6
P14上
Accelerating / Powering
TOSHIBA's
POWER SUPPLY SYSTEMS
for
DC Feeding Substation Rated Voltage [kV]
72.5 ~ 252
Rated Voltage [kV]
25 ~ 63
Rated Bus Current [A]
1200
Rated Lightning Impulse Withstand Voltage [kV]
325 ~ 1050
Rated Breaking Current [kA]
16 / 25
Rated Power Frequency Withstand Voltage [kV]
140 ~ 460
Rated Gas Pressure
0.7(GCB) / 0.7(GIS)
Applicable Standards
JEC / IEC
Rated Withstand Voltage
P13 の図
72.5 ~ 252
GSR
GSM / GSP
GSPF
25 ~ 63
Rated Interrupting Current [kA]
240 / 300
Rated Voltage [kV]
72 / 84 / 168
145
TO POWER
3 phase
325 ~ 1050
Rated Lightning
Impulse COMPANY
Withstand Voltage
[kV]NETWORK
Method of Operation
Hydraulic
Motor Spring Motor Spring
140 ~ 460
Rated Power Frequency Withstand Voltage [kV]
Tank
Dead Tank
Live Tank
0.7(GCB) / 0.7(GIS)
Rated Gas Pressure
Lighting
900 / 1050
350 / 400
/ 750
650
Rated
JEC
/ IEC
Applicable
Standards
Impulse [kV]
Withstand
Power
200-265-200(1min)/
Voltage
140 / 160 / 325
275
Frequency [kV] 250-330-250(1min)
Applicable Standards
P7上
Rated Voltage [kV]
JEC / IEC
GSR
GSM / GSP
240 / 300
72 / 84 / 168
GSPF
145
40.5
72
Rated
Withstand
Voltage
Lightning Impulse [kV]
125
170
185
350
400
Power Frequency [kV]
50
70
95
140
160
DC 750 , 1500
Specifications
Applicable equipments
3000 , 4000
Rated Current [A]
Air Insulated type or
MV Switchgear Unit
7.2 / 24 / 36kV
6A / sec)
100
(at 10×10
Rated Breaking Capacity [kA] 50 (at 3×106A / sec),
Solid
Insulated
type
Rated Short Time Current [kA] 50-1sec , 100-1sec
TR : Epoxy Resin Molded Dry
Applicable
Standard
JIS (To be developed/ for
IEC)Silicone
Liquid
12-Pulse Rectifier
Unit Up to 2,000kW
SR : Heat-pipe Self-cooling
800 / 1250
25 / 31.5
JEC / IEC / GB
Liquid Silicone Transformer
Feeding System for High Speed Railway
220 / 25x 2 ; 161 / 60x 2 ; 132 / 27.5x 2
Cooling Type
ONAN / ONAF / OFAF
Rated Power [MVA]
84 / 60
Overload
200% 5mins
Connection
Scott
Applicable Standard
JEC / IEC
Vertical heat-pipe self cooling
6 MW
P14~の図
DC 600V / 750V / 1500V / 3000V
Applicable Standard
P15
JEC / IEC
Heat 1,000kW‐continuous rating
Regenerating Inverter mode Radiation
Theory of Heat Pipe Cooling
Capacity
3,000kW‐1minute or 4,500kW-30seconds
Fin
Powering Converter mode
Heat radiation
=> condensation
DC Switchgear
DC 600V, DC1500V
DC Switchgear Unit
DC Switchgear (HSVCB)
Auxiliary Power
DC 110V,
Supply Unit
AC 105V / 210V
P17下
Specifications
MV Switchgear Unit
P13
12-Pulse Rectifier Unit
Heat convection by
pressure difference
P15
Rated Output Voltage
7.2 / 24 / 36kV
evaporation
Main Circuit Configuration
Device
Capacity Coolant evaporation by
heat
Device Cooling System
Dimension Coolant and element
heat exchange
Applicable equipments
Air Insulated type or
Solid Insulated type
Rated Output Voltage
1,200VAC Principle of Heat-pipe Self Cooling
TR : Epoxy Resin Molded Dry
/ Liquid Silicone
Up21F
to 2,000kW Distance Protection
Rated Voltage [kV]
Device
Device
Cooling System
Rated Withstand
Voltage
Rated Current [A]
Dimension
Ene
Manage
System LAN-A(HUB)
System LAN-B(HUB)
High Purity
Water
Control Panel
of Inverter-800W * 1,000D * 2,300H
1,500VDC
Output
control mode*(Make
DC Reacrtor-2,800W
2,000Da *selection
2,500H for your operation )
-1) Load control: To 6％ or 8％ output regulation
-2) Constant voltage control
P7下
Main Circuit Configuration
Maintenance
PC
1Series * 2Parallel * 6Arm * 2Bridge
Double bridge parallel
configuration by Transformer
Evaporate
1,000kW‐continuous rating
IGBT
(3,300V-1,200A)
/
MG1200FXF1US53(P)
Regenerating Inverter mode
or 4,500kW-30seconds
Heat-pipe in pure water (natural cooling3,000kW‐1minute
type)
Powering
Converter
mode
1,000kW‐continuous
rating only
Inverter-2,700W * 2,200D * 2,900H
Rated Input Voltage
HSCB or HSVCB
Lead Storage Battery
1,000kW‐continuous rating only
1,500VDC
Output control mode (Make a selection for your operation )
-1) Load control: To 6％ or 8％ output regulation
-2) Constant voltage control
1,200VAC
Pressure rise by
Rated Voltage [V]
～ 35kV
Heat
15
1250 /
2000
Cooling Method
Evaporation
630 / 1250 /
2000
84
～ 77kV
Liquid Flow
36
24kV Metal-clad
Switchgear
Epoxy Resin
Ratings
P14下
Vapor Flow
24
Solid Insulated
Switchgear(SIS)
Vegetable Oil
JEC / IEC
Liquid Flow
Rated Voltage [kV]
P17上
P17下
Liquid Silicone
Applicable for up to 6MW Rectifier
Applicable Standard
Rated Input Voltage
JEC / IEC / GB
Rated Current [A]
MV/LV Metal-clad
Switchgear
800 / 1250
Mineral Oil
(diode, thyristor, and IGBT type). Our current Rectifier has a heat pipe cooling
Applicable for DC600V / 750V / 1500V / 3000V
system using high purity water. It is suitable for repeated overload current and has large cooling capacity and it can be installed outdoor.
Rated Voltage
3000–, 2sec.
4000
12.5
50 (at 3×106A / sec), 100 (at 10×10 6A / sec)
200,000 times
Rated Short
Time Current [kA] Mechanical
50-1sec , 100-1sec
Switching
Lifetime
Electrical
times
Applicable Standard
JIS (To be100,000
developed
for IEC)
～ 35kV
Vertical heat-pipe self cooling
Rated Power
~ 6 MW
Cooling and Insulating Method
Gas
DC 600V / 750V / 1500V / 3000V
Rated Voltage
Rated Power
Applicable Standard
JEC / IEC
Primary
Toshiba
has a long history of manufacturing rectifiers
Rated Voltage
Secondary
Between Main Circuit and Earth 200
Current
[A] Withstand
Rated Short
Time
Current
[kA]
Rated Breaking
Capacity [kA]
Epoxy Resin
Applicable for DC600V / 750V / 1500V / 3000V
Traction Rectifier
Rated Power
Between Main Circuit Terminals 250
6 -Gas Insulated
Cubicle type SFBetween
Main Circuit and Earth 70 – 1min.
Power
Switchgear(C-GIS)
Frequency
[kV] Between Main Circuit Terminals 100 – 10min.
DC 750 , 1500
Rated Voltage [V]
Vegetable Oil
JEC / IEC
P14下
P14上
Cooling Method
1200
25 / 31.5
Applicable Standard
P8
Rated Short Time Withstand
Current [kA]
P10上
Applicable
SF6Standard
-Gas Insulated
Application
Transformer
Rated Voltage [kV]
Applicable Standard
Secondary
Condensation
Rated Short Time Withstand
Current [kA]
0.05 (at 20˚C)
5-2
Liquid Silicone
～ 77kV
Primary
Condensation
JEC/ / IEC
630 / 1250
1250 /
2000
2000
Rated Voltage
P11下
P11上
Rated
Withstand
P17上
Voltage
Hydraulic
Motor Spring Motor Spring
P8Method of Operation
Tank
Dead Tank
Live Tank
Rated Voltage
[kV]
24
36
40.5
72
84
Lighting
900 / 1050
350 / 400 / 750
650
Rated
Impulse [kV]
Rated
Lightning Impulse [kV] 125
170
185
350
400
Withstand
Withstand Power
200-265-200(1min)/
Voltage
140
/ 325 140 275160
Power Frequency
[kV]
50
70 / 16095
Voltage Frequency
[kV] 250-330-250(1min)
Applicable Standards
Rated Current [A]
70 / 140
Lightning
Impulse [kV]
Mineral Oil
Applicable for up to 6MW Rectifier
200 / 350
Rated Current [A]
Gas
Rated Power
Power Frequency [kV]
Power Transformer
SF6 -Gas Insulated
36
Rated(Oil
Voltage
[kV]
immersed)
Transformer
Rated Voltage [kV]
36 / 72
1200
Rated Current [A]
Rated Bus Current [A]
1200
Between Main Circuit and Earth 200
Lightning
Rated Breaking
Current [kA]
16 / 25
Rated
Impulse [kV]
Between Main Circuit Terminals 250
200 / 350
Lightning Impulse [kV]
Withstand
Rated Withstand
Voltage
Between Main Circuit and Earth 70 – 1min.
Power
Voltage
70 / 140
Power Frequency [kV]
Frequency [kV] Between Main Circuit Terminals 100 – 10min.
Rated Gas Pressure [MPa・G]
0.05 (at 20˚C)
Rated Short Time Withstand
12.5 – 2sec.
Current [kA]
Traction Energy Storage System (TESS)
Mechanical 200,000 times
P11下
Switching Lifetime
Electrical 100,000 times
36
Rated Voltage [kV]
Rated Voltage [kV]
Cooling and Insulating Method
Lightning Impulse [kV]
Rated Gas Pressure [MPa・G]
SF6 -Gas Insulated Switchgear(GIS)
Heat-pipe cooled Silicon Rectifier
Ratings
36 / 72
Rated Interrupting Current [kA]
P6
P7上
• Nonflammable SF6 Gas Insulated
Transformer is suitable for indoor use.
• Noncombustible liquid silicone
transformer and vegetable
oil transformer are friendly to
environment.
Vegetable Oil Transformer
Decelerating / Regeneration by Brake
Regenerative Inverter
Epoxy Resin Molded Dry Transformer
Base Clock
Heat-pipe Rectifier
16
1Series * 2Parallel * 6Arm * 2Bridge
Double bridge parallel configuration by Transformer
36
IGBT (3,300V-1,200A) / MG1200FXF1US53(P)
Lightning
Impulse
[kV] water (natural
170
Heat-pipe
in pure
cooling type)
PowerInverter-2,700W
Frequency [kV]* 2,200D * 2,900H
70
Main S
40.5
72
84
185
350
400
95
630, 1250,
2500* 2,300H 630, 1250, 2000
Control Panel of Inverter-800W
* 1,000D
140
160
800, 1250
800, 1250
PS LAN-A(HUB)
PS LAN-B(HUB)
I, V, W, +Wh, -Wh, Impedance
Management
PC Function
Metering
PC
CB state condition
(Monochrome)
Controll Function
RGB Matrix Switch
Trip circuit supervision
Metering Function
CB operate time
ΣI alarm
System LAN-B(HUB)
Self supervision
Main Server A
5-3
PS LAN-A(HUB)
PS LAN-B(HUB)
Visual Signal
Fault records
Main Server B
I, V, +Wh, -Wh, Impedance
Trip circuit supervision
Event records
Base Clock
Interbreaking Function**
CB state condition
System LAN-A(HUB)
Record Function
Line test Function
Controlling Function(SWGR, CB)
Trip counter
monitoring
Other Video Sources
Monitoring Function
(Color)
Monitoring Function
Total Monitoring PCs
Main Server C
Operator Console 1
Operator Console 2
Disturbance records
Trip counter monitoring
CB operate time
Operator Console 3
ΣI alarm
Self supervision
DC Switchgear
* Communication lines between the substations are required.
Event records
Record Function
Fault records
Disturbancevent records
*Communication
lineDC
between
the substation is requiered
Based on a strong experience and know-how on the supply of highly quality DC High Speed Circuit
Breakers and
Switchgears
Feeder Panel Variations
since
theDS1970’s, Toshiba
developed
DC
our
own
DC Protection
Negative
Incoming
Feeder the HS5
with
DS Switchgear
with bypasswith
DS
with DS
and bypass
Bypass HSCB Relay which satisfies current global
market requirements. This highly reliable
in railway power supply systems
MTUDC Switchgear
MTU can efficiently undertake its critical roleBack
Up Console
such as detection and breaking of fault currents at a very high speed.
Main Bus
DS
HSCB
Ratings
P16
HSCB
Line
test
Device
DS
RTU
GRX200
Main Bus
Main Bus
HSCB
Line
test
Device
GRX200
GRX200
RTU
Rated
Bus Current
[A]
U>
64
GRX200
DS
DS
SAR
SAR
GRX200
DS
M
Lightning Impulse [kV]
20
Power Frequency [kV]
GRX200
GRX200
Instantaneous Overcurrent Protection
50F
• User-friendly
Multi-shots auto-reclosing function
Human Interface
P16 の図
Control Function
English / Chinese / Japanese
Protection
Inter breaking function *
I, V, W, +Wh, Impedance
Event records
Feeder Panel Variations
Feeder
with DS
HSCB
with bypass DS
Main Bus
HSCB
Line
test
Device
Monitoring Function
with DS and bypass
Main Bus
HSCB
Line
test
Device
R
Main Bus
HSCB
Line
test
Device
R
GRX200
GRX200
R
GRX200
GRX200
Bypass Bus
GRX200
Bypass Bus
DS
M
HSCB
Line
test
Device
Record Function
R
DS
M
GRX200
Bypass HSCB
Main Bus
HSCB
Line
test
Device
R
GRX200
GRX200
LCD Language
Controlling function (SWGR, CB)
Metering Function
Incoming
DS
Modbus / IEC61850 / IEC60870-5-103 /
Web browser / DNP3.0 etc
Overcurrent Protection
51F
• Combined
with
Voltage Protection
27F
DC Protection
Relay
Automatic Reclose
79
9.2
Main Bus
DS
100 ~ 250 Vdc
Communication
Protocol & Interface
Protection Function
DC
SAR
Typical Configuration
Negative DS
Power Supply Ranges
• Compact
Design
Distance Protection
21F
JIS / IEC
Applicable Standard
新P18下
Ratings
GRX200
DS
M
DS
DC
SAR
GRX200
Features
DS
Protection Relay (GRX-200 Series)
Bypass Bus
DS
80
GRX200
RTU新P13下
Bypass Bus
4000 ~ 12000
Main Bus
Rated Short-circuit Making
and Breaking
Current DC
[kA]
DC
Rated Withstand Voltage
RTU
R
GRX200
DC900 / 1800M
HSCB
Line
test
Device
R
Bypass Bus
DS
M
Main Bus
HSCB
Line
test
Device
R
GRX200
GRX200
Rated Voltage [V] Substations
N
HSCB
Line
test
Device
R
Power Supply
System LAN
R
Main Bus
5-4
M
DS
M
GRX200
DS
DC Switchgear
into
various
common panel
CB and
DS status
configurations
such as
CB and
DS response monitoring
Trip feeder
circuit supervision
panels with DS,
Trip bypass
counter monitoring
categorized
DS, DS and
bypassby breaking level
Self-supervision
and bypass HSCB.
64
DS
DS
DS
N
DC
SAR
GRX200
GRX200
GRX200
DC
SAR
Thermal overload protection (3 stages)
32
Reverse Overcurrent protection (4 stages)
64
Grounding overvoltage protection (2 stages)
59
Over voltage protection (2 stages)
27
Under voltage protection (2 stages)
GRX-200 Relay
Inter breaking function *
Features
Section compensation function
Metering
• Flexible Installation (The touch panel
and the main unit are separate.)
Fault records
Disturbance records
CB and DS status
• Wide Range of Communication
Protocol Supported
CB and DS response monitoring
GRX200
Monitoring
Trip circuit supervision
Trip counter monitoring categorized by breaking level
Front View
Negative
Side View of Feeder Panel
Incoming
Feeder1
Feeder2
Feeder3
Feeder4
• Compact Design
• Colored LCD Touch Screen for
Human Interface
I, V, W, +Wh, -Wh, Impedance
Event records
Record
DS
DC
SAR
Over current protection (4 stages)
49
Controlling function (SWGR, CB)
Main Bus
DC
SAR
Current rate of rise protection
50
Line test function
Control
Bypass Bus
U>
Delta I protection
di / dt
Multi-shots auto-reclosing function
FaultToshiba’s
records
can berecords
configured
Disturbance
⊿I
• Various Protection Elements
Self-supervision
* Communication lines between the substations are required.
Standby
Section Compensation Function
RELAY
PANEL
RELAY
PANEL
RELAY
PANEL
RELAY
PANEL
RELAY
PANEL
RELAY
PANEL
RELAY
PANEL
2300
800
600
600
600
600
600
When the train passes the section, sudden
change of current might cause unnecessary trip.
I n order to avoid this situation, sec tion
compensation function is provided.
Through the relay ’s userfriendly HMI screen the circuit
breaker can be operated and
switchgear conditions can be
checked.
600
4400
Feeder Relay Mimic
Back View
This protection relay can generate, monitor and record wave forms during
failure occurences. Through this, detailed fault analysis can be performed.
LINE TEST DEVICE
*1
89FZ1
M
DS
4000A
M
SR(N)
DCVT
1500V DC Switchgear
54P
HCT
64P
HSCB
4000A
LINE TEST DEVICE
*2
*1
89FZ1
DS
4000A
*1
DS-1
54F1
HSCB
4000A
HCT
DCVT
*2
M
*1
89FZ2
DS
4000A
*1
DS-1
54F2
HSCB
4000A
HCT
DCVT
*2
M
LINE TEST DEVICE
*2
*1
89FZ3
DS
4000A
*1
DS-1
54F3
HSCB
4000A
HCT
DCVT
*2
DCSAR
17
LINE TEST DEVICE
*2
M
*2
*1
89FZ4
DS
4000A
*1
DS-1
54F4
HSCB
4000A
HCT
DCVT
*2
DCSAR
LINE TEST DEVICE
HCT
HCT
*1
54FZ
HSCB
4000A
*2
DCSAR
DCSAR
RAIL
800
*2
Section Compensation Principle
600
600
600
600
600
600
PC Tool for Fault Waveform Function
18
Heat radiation
=> condensation
Evaporate
P6
P11上
System LAN-A(HUB)
72.5 ~ 252
Rated Voltage [kV]
36 / 72
Rated Bus Current [A]
1200
Rated Breaking Current [kA]
16 / 25
Coolant and
element
Rated Lightning Impulse Withstand
Voltage
[kV]
Heat
25 ~High
63 Purity
Rated Interrupting Current [kA]
325 ~Water
1050
heat exchange
140 ~ 460
Rated Power Frequency Withstand Voltage [kV]
200 / 350
Lightning Impulse [kV]
System LAN-B(HUB)
Rated Gas Pressure [MPa・G]
JEC / IEC
P11下
Base Clock
P7上
Control and Protection Unit
GSR
GSM / GSP
GSPF
240 / 300
72 / 84 / 168
Method of Operation
Hydraulic
Motor Spring Motor Spring
145
Dead Tank
1200
Lightning
No Impulse
arc occurs
during current breaking due to VCB application.
[kV]
Between Main Circuit Terminals 250
Rated
Withstand
Power
Voltage • Low
Noise Between Main Circuit and Earth 70 – 1min.
Frequency [kV] Between Main Circuit Terminals 100 – 10min.
VCB application allows low noise.
Rated Short Time Withstand
12.5 – 2sec.
Current [kA]
• Low Maintenance
Live Tank
Lighting
900 / 1050
350 / 400 / 750
650
Rated
Impulse [kV]
Withstand
VCB
Unit
Power
200-265-200(1min)/
Voltage
140 / 160 / 325
275
Frequency [kV] 250-330-250(1min)
P17 の図
Applicable Standards
Rated Current [A]
• Safe OperationBetween Main Circuit and Earth 200
Rated Voltage [kV]
Tank
36
Mechanical
times
Maintenance is free from
aerial arc200,000
chute and
the contactor.
Switching Lifetime
Electrical 100,000 times
JEC / IEC
Outline of HSVCB
Main Server C
HCT
P6Rated Voltage [kV]
24
Rated
Lightning Impulse [kV]
Sub
Rated
Voltage [kV]
Withstand
Valve
PowerCurrent
Frequency
Voltage
Rated
Interrupting
[kA] [kV]
close
125
50
Capacitor Charger
open
VCB Unit
Thyristor
Switch
P7上
Capacitor
Unit
Load /GSM
Fault/ GSP
Current
Method of Operation
Tank
Dead Tank
Rated Gas Pressure [MPa・G]
0.05 (at 20˚C)
When control and protection unit detects the over current or receives open command
from external devices, the both valves trip and the thyristor switch of capacitor unit is
P17下the current of capacitor unit is in the opposite direction of the load/fault
turned on. Since
P11下
current, the zero-cross point of DC current can be achieved. Therefore, the DC load/fault
Specifications
Applicable equipments
current can be broken with high reliability
and safety.
Rated Voltage [kV]
MV Switchgear
Unit
Rated
Current [A]
36
7.2 / 241200
/ 36kV
Air Insulated type or
Solid Insulated type
Between Main Circuit and Earth 200
Lightning
TR : Epoxy Resin Molded Dry
Rated
Impulse [kV]
Between Main Circuit Terminals 250
/ Liquid Silicone
12-Pulse Rectifier Unit Up to 2,000kW
Withstand
Between Main Circuit
and EarthSelf-cooling
70 – 1min.
SR : Heat-pipe
Power
Voltage
Frequency [kV] Between Main Circuit Terminals 100 – 10min.
DC 600V, DC1500V
HSCB or HSVCB
DC Switchgear Unit
Rated Short Time Withstand
12.5 – 2sec.
Auxiliary[kA]
Power
DC 110V,
Current
Lead Storage Battery
Supply Unit
AC 105V / 210V
Mechanical 200,000 times
Switching Lifetime
Electrical 100,000
times and temporary
Substation”. It is suitable for small-capacity
substations
GSPF
Live Tank
Lighting
900 / 1050
350 / 400 / 750
650
P10上
Rated
Impulse [kV]
Withstand
Power
200-265-200(1min)/
Voltage
Feeding System140
for/High
Application
160 /Speed
325 Railway
275
Frequency [kV] 250-330-250(1min)
Rated Voltage [kV]
220 / 25x 2 ; 161 / 60x 2 ; 132 / 27.5x 2
Applicable Standards
JEC / IEC
ONAN / ONAF / OFAF
Cooling Type
5-6
36 / 72
50 (at 3×106A / sec), 100 (at 10×10
1200 6A / sec)
Toshiba has developed the compact “Package-Type DC
84 / 60
Rated Power [MVA]
substations during rehabilitation work, and it reduces substation space.
200% 5mins
Connection
P8
Applicable Standard
JECVIEW
/ IEC
FRONT
Rated Voltage [kV]
Rated
Withstand
P10中
Voltage
P17上
24
36
40.5
72
84
Lightning Impulse [kV]
125
170
185
350
400
Power Frequency [kV]
50
70
95
140
160
630 / 1250 / 1250 /
Example
of Roof-delta
Connection Transformer
800 / 1250
Rated Current
[A]
2000
2000
Utility
Feeding System for High Speed Railway
Rated Short Time Withstand
25 / 31.5
220kV / 60kV×2
Rated Voltage
Current
[kA] [kV]
DC auxiliary
ONAN
Cooling
Type
Applicable Standard
JEC / IEC / GB
Power
60
Rated Power [MVA]
Overload
300% 2min
Connection
Roof-delta
Applicable Standard
JEC / IEC
Protection Function
Rated
Voltage [V]
Features
Rated Current [A]
1
19
Rated Voltage [kV]Auxiliary
P10上
Power Supply
Type
panel
Application
Self
Capacity
[MVA]
Rated
Rated
PowerVoltage
Line [kV]
Capacity [MVA]
Cooling
Type
Overload
Rated Power [MVA]
Short Circuit Intensity
Overload
Applicable Standard
Connection
Applicable Standard
JEC / IEC
Scott
Distance Protection
51F
Overcurrent Protection
RTU
• Flexible
Layout
50 (at 3×10 A / sec), 100 (at 10×10 A / sec)
6
6
Regenerating
Inverter
Feeder
with DSmode
Main Bus
with bypass DS
Main Bus
with DS and bypass
Bypass HSCB
Main Bus
Gas
Powering
Converter
mode
HSCB
HSCB
Line
Line
Applicable
Dimension Standard
DC 110V,
IEC
AC 105V / 210V
500kW~2000kW
～ 35kV
200kWh~800kWh
1500V(950V~2000V)
600V(500V~713V)
1p.u.(1min.) –0.5p.u.(4min.) or 0.5p.u.
–continuous
~ 6 MW
Heat-pipe in pure water (natural cooling type)
DC 600V
/ 750V / 1500V
/ 3000V
Inverter-2,700W
* 2,200D
* 2,900H
JEC / IEC
Control Panel of Inverter-800W * 1,000D * 2,300H
DC Reacrtor-2,800W * 2,000D * 2,500H
Structure at Rated Power 500kW
(mm)
P7下
Rated Voltage [kV]
SCiB™
36
40.5
72
84
170
185
350
400
are realized
140 Attractive features 160
800, 1250 by using Lithium
800,Titanate
1250
in its
20, 25, 31.5 Oxide (LTO) 20,
25,anode
31.5
JEC / IEC
1,000kW‐continuous rating
Regenerating Inverter mode
Capacity
3,000kW‐1minute or 4,500kW-30seconds
Powering Converter mode
* Results of cell level tests under certain conditions.
Not a guaranteed performance.
1,000kW‐continuous rating only
System 1,500VDC
Design
JIS (To be developed for IEC)
27.5
Specifications
Applicable equipments
Lightning
Rated
200 (to earth and across open contacts)
Withstand Impulse [kV]
220 (across isolating
distance)type or
Air
Insulated
MV Switchgear Unit
7.2 / 24 / 36kV
Voltage
Solid Insulated type
95
(to
earth
and
across
open contacts)
Power
(Line to
distance)
Frequency [kV] 110 (across isolating
Earth)
TR : Epoxy
Resin Molded Dry
/ Liquid Silicone
12-Pulse
Rectifier
Rated Current
[A] Unit Up to 2,000kW
1250
SR : Heat-pipe Self-cooling
Rated Short Time Withstand
31.5
DC
600V,
DC1500V
HSCB or HSVCB
DC
Switchgear
Unit
Current [kA]
Epoxy Resin
N
Rated
Power
Device
Cooling System
Rated Voltage
Period
新　P10
Ratings
P17下
Rated Voltage [kV]
TESS
DC Breaker
3,000kW‐1minute
or 4,500kW-30seconds
Main Bus
Main Bus
Mineral Oil
Liquid Silicone
Vegetable Oil
Ratings
1,000kW‐continuous
rating
only
HSCB
HSCB
HSCB
Line
Line
Line
DS
DS
Rated Power
Applicable
for up to
test
test
test
test
test 6MW Rectifier
Device
Device
Device
Device
Device
1,500VDC
HSCB
Primary
～ 77kV R Rated Power
R
R
R
R
Rated Voltage
Output
control
mode
(Make
a
selection
for
your
operation
)
Rated Input Voltage Secondary
Applicable for DC600V / 750VBattery
/ 1500VCapacity
/ 3000V
Load control: To 6％ or 8％ output
regulation
Control
Panel
DC-1)Breaker
GRX200
GRX200
GRX200
GRX200
GRX200
GRX200
-2) Constant
voltage control
ApplicableGRX200
Standard
JEC / IEC Rated Voltage for Feeder side
Bypass Bus
Bypass Bus
500W×600D×2100H×2
panels
600W×1700D×2100H×2 panels
GRX200
Rated
Voltage for Battery side
DS
GRX200
DS
DS
DS
M
M
M
M
1,200VAC
Rated Output Voltage
Load
BypassPattern
Bus
1Series * 2Parallel * 6Arm * 2Bridge
P14下
U>
Main
Circuit64 Configuration
DS
DS
DS
DS
Double bridge parallel
configuration
by Transformer
Main Bus
DC
DC
DC
DC
SAR
SAR
SAR
GRX200
GRX200
GRX200
GRX200
Vertical
heat-pipe
selfSARcooling
Cooling
IGBT
(3,300V-1,200A)
/ MG1200FXF1US53(P)
Device Method
Output control mode (Make a selection for your operation )
Rated Input Voltage
Auxiliary
Power
Applicable
Standard
Supply Unit
Back Up Console
Feeder Panel Variations
1,000kW‐continuous rating
Incoming
Applicable Standardscryogenic operation.
79 3000 , 4000
Automatic Reclose
Battery(SCiB)
Converter
safety,
rapid
Rated Current [A] Oxide (LTO). Its features include
630, 1250,
2500long life,
630,
1250, 2000
P15
charging,
high
and good
25, 31.5
25, 31.5
Rated Short Time Withstand
Current
[kA] power output performance,
Voltage Protection
27FDC 750 , 1500
• Compactness
Applicable Standard
AC
55 /switchgear
27.5
Rectifier
DC switchgear
(Power
ONANReceiving equipment (Feeder panel)
panel)
Feeding
System
4 / 5 / 7.5
/ 10 for High Speed Railway
of Package-Type
220
/ 25x
2 ; 132 / 27.5x DC
2 Substation
8 / 10
/ 152 Outline
/; 161
20 / 60x
ONAN
ONAF / OFAF
300% /2min
84
/
60
Can withstand thermally and mechanically
for 255mins
or 35 times of the rated current
200%
21F
Rated Short Time Current•[kA]
50-1sec
, 100-1sec
Short
Construction
P10下
～ 35kV
Rated Withstand Voltage
SCiB™ Power
is a rechargeable
Frequency [kV]battery which
70uses Lithium Titanate
95
Rated Breaking Capacity [kA]
DC
switchgear
(Negative
panel)
Battery Panel
600W×650D×2100H×8 panels
Lightning Impulse [kV]
P13
Scott
Converter
1800W×2380D×2300H
Capacity
Cooling and Insulating Method
Package-Type DC Substation
Overload
～ 77kV
P16 の図
Negative DS
Epoxy Resin
Applicable for DC600V / 750V / 1500V / 3000V
P14上
3000 , 4000
Rated Breaking
Short Time
Current
[kA] 50-1sec , 100-1sec
Rated
Current
[kA]
16 / 25
Applicable Standard
JIS (To Impulse
be developed
200 / 350
Lightning
[kV] for IEC)
Rated Withstand Voltage
70 / 140
Power Frequency [kV]
240
/ 300 of Cutting
72 / 84
168Current 145
Principle
off/DC
by HSVCB
Hydraulic
Motor Spring Motor Spring
Rated Voltage [kV]
DC 750 , 1500
Rated Voltage
Current [kV]
[A]
Rated
Rated Bus
Breaking
Capacity
[kA]
Rated
Current
[A]
Operator Console 3
JEC / IEC
P15
P11上
Rated Voltage [V]
Valves
325 ~
Rated Lightning Impulse Withstand
630 [kV]
/ 1250 / 1250
/ 1050
openVoltage
800 / 1250
Rated Current [A]
2000
2000
140 ~ 460
Rated Power Frequency Withstand Voltage [kV]
Main
Rated Gas
Short
Time Withstand
Rated
Pressure
250.7(GCB)
/ 31.5 - / 0.7(GIS)
Valve
Current [kA]
JEC
/ IEC
Applicable Standards
close
+
Applicable Standard
JECoff/ IECon
/ GB
GSR
Ratings
P17上
Control and
Protection Unit
36
40.5 (HSTC)
72
84
170
185
350
400
72.5 ~ 252 Turn on the
Thyristor
Switch
Open
70 Both25
95~ 63 140
160
Vegetable Oil
Operator Console 2
Applicable for up to 6MW Rectifier
Toshiba developed Traction Energy Storage System (TESS)
with SCiB™, an energy saving solution with Toshiba’s own
P14下
battery technology of high quality. TESS efficiently charges
and discharges surplus regenerative energy to/from
Vertical heat-pipe self cooling
Cooling Method
SCiB™. TESS is installed
patented advance
MTU with Toshiba’s
MTU
Rated Power
~ 6 MW
V-SOC (Voltage-State-of-Charge) control system which
DC
600V
750V
1500V
3000V
Rated Voltage
/
/
/
allows flexible control
of charge-discharge
characteristics
Power Supply
System LAN
Applicable Standard
JEC / IEC
in accordance to the battery’s State-of-Charge (SOC). This
RTU allows
RTU significant increase in battery lifetime. This system
RTU is
Substations
useful not only for energy saving, but for various purposes
such as regenerated energy absorption, peak cut, feeder
voltage compensation and emergency power supply.
Receiving
Open Command
Detecting
Overcurrent
P8
Liquid Silicone
Operator Console 1
System
Secondary Overview
External Interface
DC-BUS
Mineral Oil
Applicable Standard
PS LAN-B(HUB)
Rated Voltage [kV]
Visual Signal
Gas
Total Monitoring PCs
Primary
Rated Voltage
PS LAN-A(HUB)
Features
Traction Energy Storage System with SCiB™
5-7
Rated
Main Server
A Power
Main Server B
0.05 (at 20˚C)
Capacitor Unit
P14上
Cooling and Insulating Method
Toshiba has developed the innovative HSVCB. The HSVCB consists of
theWithstand
VCB, Capacitor,
Rated
Voltage Control and Protection units. The aerial arc
70 / 140
0.7(GCB) / 0.7(GIS)
Power Frequency [kV]
Rated Gas Pressure
chute and the contactor for the conventional HSCB are not used for the HSVCB. It contributes to safe operation and easy maintenance.
Applicable Standards
(Color)
Other Video Sources
Evaporation
5-5
Printer
(Monochrome)
RGB Matrix Switch
High Speed Vacuum Circuit Breaker (HSVCB)
Rated Voltage [kV]
Coolant evaporation by
heat
Printer
Energy
Management PC
Liquid Flow
Pressure rise by
evaporation
Liquid Crystal Displays
Maintenance
PC
Vapor Flow
Liquid Flow
Condensation
Heat convection by
pressure difference
Total Monitoring Display
Radiation
Fin
Condensation
Theory of Heat Pipe Cooling
-1) Load control: To 6％ or 8％ output regulation
In the introduction
of TESS in a railway system,
-2) Constant voltage control
新　P12 下
it is important to do an accurate and reliable
Rated
of the traction power27.5
system during
Rated Output
VoltageVoltage
[kV] simulation1,200VAC
2Bridge
stage.* 2Parallel * 6Arm *1250
Rated
Current
[A] the design1Series
Main Circuit Configuration
新P7下
Double bridge parallel configuration by Transformer
Lightning Impulse [kV]
250
IGBT (3,300V-1,200A) / MG1200FXF1US53(P)
Frequency
[kV]
95 consultation
ToshibaPower
has
many
experience
and
Heat-pipe in pure water (natural cooling type)
Device Cooling System
Rated Short Time Withstand
Current
25
know-how
for[kA]
such energy simulation
required
Inverter-2,700W * 2,200D * 2,900H
in designing a highly efficient total energy
Dimension
Control Panel of Inverter-800W * 1,000D * 2,300H
Rated Withstand Voltage
Device
Rated Voltage [kV]
36
40.5
72
84
Rated
Withstand
Voltage
170
185
350
400
70
95
140
160
630 /
1250 /
2500
25 /
31.5
630 /
1250 /
2000
25 /
31.5
800 /
1250
800 /
1250
Lightning Impulse [kV]
Power Frequency [kV]
Rated Current [A]
Rated Short Time Withstand
Current [kA]
saving solution for the customer.
DC Reacrtor-2,800W * 2,000D * 2,500H
This simulation leads to a more suitable design of
the TESS in terms of efficiency and cost as well.
Applicable Standards
20 / 25 / 20 / 25 /
31.5
31.5
JEC / IEC
Lead Storage Battery
P7下
Rated Voltage [kV]
P13
JEC / IEC
Protection Function
Rated Withstand Voltage
36
40.5
Lightning Impulse [kV]
170
Power Frequency [kV]
70
21F
Distance Protection
Rated Current [A]
51F
Overcurrent Protection
Rated Short Time Withstand Current [kA]
72
84
185
350
400
95
140
160
630, 1250, 2500
630, 1250, 2000
800, 1250
800, 1250
25, 31.5
25, 31.5
20, 25, 31.5
20, 25, 31.5
20
5-8
6
Regenerative Inverter
The regenerative inverter is P15
an ideal
solution for regenerative braking power from rolling stocks. It converts the DC regenerative
の図
power back to AC power and supplies it to the auxiliary system for passenger stations. Toshiba supplies the IGBT inverters with
heat pipe cooling systems.
Power Source
Features
Transformer
IGBT
Regenerative
Inverter
Escalator
Traction Substation
The performance of the IGBT inverters has been
upgraded in comparison with conventional
thyristor inverters.
Lighting
Passenger Station Facility
• Reduces Harmonics
Harmonics distortion can be reduced due to the advanced
gate control.
Power SCADA
Overview
Features
Toshiba produces Supervisory Control And Data Acquisition (SCADA)
systems for railway power supply systems with ICT which enables
stable and highly-reliable train operations. Toshiba’s abundant
expertise allows for production of user-friendly systems. For instance,
when a fault occurs on the distribution network, many fault signals
will be sent simultaneously from some substations to the SCADA
server in the Control Center. The operator would subsequently
become confused by the many faults and alarms. Our system
therefore collects related information and displays what originally
happened, and then activates recovery control or shows the recovery
procedure to the operator. In addition, the simulation function
provides training for immediate and exact recovery.
Toshiba takes customers requirements into account in its flexible
approach to producing SCADA systems.
1. High Reliability by Triple Servers
The triple-server system enables highly reliable operation. It can allow
duplex servers operation even while maintenance and training. Of
course, each of the three servers can be changed automatically or
manually to service, standby or simulation mode.
2. Server-less Manual Control on Console
The substation monitoring and the individual manual control functions are
installed in the Console PC. These functions are therefore available even if
the connection between the servers and Remote Terminal Unit (RTU) fails.
3. Remote Back-up Console for Emergencies
Installing the Console PC in the substation makes remote back up
control possible from the substations.
4. Registered Sequential Control
• High Power Factor
Decelerating / Regeneration by Brake
This function controls multiple local equipment sequentially with one
action. The operator can define and register the condition, equipment
to be controlled, and sequence depending on their usability.
The power factor is close to 1.0.
Accelerating / Powering
• Low Loss
A touch screen on the panel for operation and maintenance.
36 / 72
Cooling and Insulating Method
16 / 25
Gas
Mineral Oil
70 / 140
Rated Voltage
0.05 (at 20˚C)
Applicable Standard
P14下
Primary
Secondary
P13 の図
Heat radiation
=> condensation
Pressure rise by
evaporation
Regenerating Inverter mode
plicable equipments
sulated type or
Insulated type
Base Clock
Main Server A
Main Server B
Main Server C
Total Monitoring PCs
Operator Console 1
1,000kW‐continuous rating only
1,500VDC
Output control mode (Make a selection for your operation )
-1) Load control: To 6％ or 8％ output regulation
-2) Constant voltage control
1,200VAC
Main Circuit Configuration
1Series * 2Parallel * 6Arm * 2Bridge
Double bridge parallel configuration by Transformer
Device
IGBT (3,300V-1,200A) / MG1200FXF1US53(P)
Dimension
Visual Signal
1,000kW‐continuous rating
Rated Output Voltage
Device Cooling System
poxy Resin Molded Dry
Liquid Silicone
eat-pipe Self-cooling
Operator Console 3
System LAN-B(HUB)
High Purity
Water
3,000kW‐1minute or 4,500kW-30seconds
Powering Converter mode
Rated Input Voltage
Operator Console 2
(Color)
Other Video Sources
Heat
Coolant and element
heat exchange
Printer
System LAN-A(HUB)
Evaporation
P15
for IEC)
Evaporate
Printer
(Monochrome)
RGB Matrix Switch
Coolant evaporation by
heat
Ratings
Capacity
Liquid Crystal Displays
Energy
Management PC
Liquid Flow
Liquid Flow
Regenerative Inverter
es
Total Monitoring Display
Maintenance
PC
Vapor Flow
Heat convection by
pressure difference
imes
or HSVCB
Condensation
Terminals 100 – 10min.
00 (at 10×10 6A / sec)
P18 の図
Heat
Radiation
Fin
Condensation
JEC / IEC
and Earth 70 – 1min.
This function provides training for operators and conducts test for
maintenance with a pair of servers and with the operator console in offline status with all substations. Playing the “Simulation Scenario” which
can be made from actual event logs simulates faults and circuit breakers
tripped as if actual accidents had happened. This allows the operator to
experience training that is effective for immediate and exact recovery.
～ 35kV
TO POWER COMPANY 3 phase NETWORK
~ 6 MW
DC 600V /Theory
750V / 1500V
/ 3000V
of Heat
Pipe Cooling
Applicable Standard
6. Simulation (Training)
JEC / IEC
P14 の図
Vertical heat-pipe self cooling
Terminals 250
Epoxy Resin
Applicable for DC600V / 750V / 1500V / 3000V
Rated Power
Rated Voltage
Vegetable Oil
～ 77kV
Cooling Method
and Earth 200
Liquid Silicone
Applicable for up to 6MW Rectifier
Rated Power
200 / 350
In case of a fault in some substations or the distribution network, the
fault recovery control (consisting of reclosing tripped circuit breakers,
fault location control, etc.) will be done automatically or manually while
displaying recovery procedure to facilitate immediate and exact recovery.
• Easy Operation and Maintenance
P14上
1200
5. Fault Recovery Control
PS LAN-A(HUB)
PS LAN-B(HUB)
MTU
MTU
Back Up Console
Power Supply System LAN
Heat-pipe in pure water (natural cooling type)
RTU
Inverter-2,700W * 2,200D * 2,900H
Substations
P17 の図
RTU
RTU
RTU
Control Panel of Inverter-800W * 1,000D * 2,300H
Typical System Configuration
DC Reacrtor-2,800W * 2,000D * 2,500H
21
22
External Interface
Storage Battery
DC-BUS
P7下
Detecting
Overcurrent
Rated Voltage [kV]
36
Lightning Impulse [kV]
HCT
170
Receiving
Open Command
Control and40.5
Protection Unit
185
72
84
350
400
P16 の図
Toshiba’s Station Energy Solution
Photovoltaic Systems
Toshiba proposes the new idea of Station Energy Solution. It will realize the effective utilization of energy and
contribute to environment friendly society. This solution consists of photovoltaic system, regenerative inverter
system, battery system and total energy management system.
Toshiba is capable of devising photovoltaic power and energy solutions that fit specific projects.
Engineering know-how, expertise in system development and construction, and a seamless
service network that spans the globe are crucial requisites. Toshiba has the experience and
technology to make solar a successful strategy.
500kW Power Conditioning System (PCS)
Photovoltaic Panel
• High efficiency, compact design, and low cost due to
recently developed converter circuit.
• Standardization by configuration into separate DC
input/Converter/AC output cabinets to enable easy
application as the core of the power plant and to
provide various options for localization.
• Less depth for easy container installation.
OIT
52m
OIT
Safe
Regenerative Inverter System
Traction Energy Storage System with SCiB™
Regenerative DC power from an electronic train converted to AC
power via a Regenerative Power Inverter. The AC power is then
supplied to nearby passenger stations for auxiliary power (e.g.
Lighting, Escalators, etc.)
AIS
Regenerative DC power
can now be stored in Toshiba’s Traction Energy Storage
System which utilizes high performance SCiB™ batteries. It is controlled
using a special control system with Toshiba’s own propriety technology that
promotes batteries’ longer lifetime. With the use of this equipment, each
substation can not only
save regenerative power
but it can also help promote
power peak cut, compensate
voltage unbalance and be
used as emergency power
system.43m
Regenerative
Inverter
23
Using safe material
(LTO)
Super Charge Ion Battery (SCiB™)
SCiB™ is a rechargeable battery.
By using unique oxide materials, SCiB™ holds high resistance toward
thermal runaway resulting from short circuiting caused by physical
stress. SCiB™ also has good characteristics such as, long life with small
capacity loss even after 6,000 full charge-discharge cycles, rapid
charging capability with ability to charge 80% of the capacity in as fast
as approx. 6 minutes. High power output with performance equivalent
to that of an EDLC (Electric Double-Layer Capacitors), and good
cryogenic performance with ability to function even at -30˚C.
16m
GIT
GIS
SCiB™ Battery Panel
11m
Low Temperature
Operation
Usable in extremely
cold enviroments
(-30˚C)
High Effective
Capacity
Attractive features are realized by
using Lithium Titanate Oxide
(LTO) in its anode
High amount of actual
usable energy over
wide range of SOC
Rapid
Recharging
High
Input & Output
Recharges
in approx. 6 minutes
Usable with
high current
Long Life
Over 6,000 chargedischarge cycles
* Results of cell level tests under certain
conditions. Not a guaranteed
24
GIT
Global Network
Global operations; Japan
Global operations; Asia
X Sales / Engineering / Rep Office
1 Head Office (Tokyo, Japan)
・Corporate Staff
・Sales
・Engineering
7
Y Production Factory
Japan
8
2 Smart Community Center [Kawasaki, Japan]
・Corporate Staff
・Sales
・Engineering
9
14
13 12 11 5
6
4 1
10 3 2
7 Hokkaido Branch
8 Tohoku Branch
9 Hokuriku Branch
X Sales / Engineering / Rep Office
32 (TIPL) Toshiba India Private Ltd.
Y Production Factory
33 (TAPL) Toshiba Asia Pacific Pte., Ltd. (Singapore)
34 (TAPL) Toshiba Asia Pacific Pte., Ltd. (Bangkok)
35 (TAPL) Toshiba Asia Pacific Pte., Ltd. (Kuala Lumpur)
38
32 40
36 (TAPL) Toshiba Asia Pacific Pte., Ltd. (Jakarta)
37
India, South East Asia
3 Hamakawasaki Operations
・Transformers
・Switchgears
・Surge Arresters
・On Line Monitoring Systems
37 (TAPL) Toshiba Asia Pacific Pte., Ltd. (Manila)
34
35
39
38 (TTDV) Toshiba Transmission & Distribution Vietnam
・Protection Relays
・Substation Automation Systems
33
36
39 (TTDA) Toshiba Transmission
& Distribution Systems Asia Sdn. Bhd.
・Medium Voltage Switchgears
・vacuum Circuit Breakers
・Ring Main Units, Compact Substations,
・EPC of T&D Systems
4 Fuchu Complex
・Protection System
・Substation Automation System
・System Solution
・Medium Voltage Switchgears
10 Chubu Branch
11 Kansai Branch
12 Shikoku Branch
13 Chugoku Branch
5 Mie Operations
・Distribution Transformers
・Power Transformers
・Protection Equipment
14 Kyushu Branch
40 (TTDI) Toshiba Transmission & Distribution Systems India
・EHV, UV, Transformers
・Medium Voltage Switchgears
・Power Distribution Equipment
6 Kitashiba Electric Co., Ltd.
・Distribution Transformers
・Power Transformers
Global operations; EMEA and Russia
Global operations; China
X Sales / Engineering / Rep Office
Y Production Factory
China
15 (TBV) Toshiba Baiyun Vacuum Interrupters (Jinzhou) Co., Ltd.
・Vacuum Circuit Breakers
16 23 15
18
19
17
20
22
16 (ETA) EPRI Toshiba Arrester Co., Ltd.
・Surge Arresters (~1,100kV)
21
X Sales / Engineering / Rep Office
41 (TIL) Toshiba International (Europe) Ltd. (Durham)
Y Production Factory
42 (TTDE) Toshiba Transmission & Distribution Europe
・EPC of substations
・EPC of PV plants
46
41
17 (PTC) Henan Pinggao Toshiba High-Voltage Switchgear Co., Ltd.
・High Voltage Switchgears (110~1,100kV)
43 (JHB) Toshiba Johannesburg Rep. Office
42
EMEA and Russia
44
18 (CTC) Changzhou Toshiba Transformer Co., Ltd.
・Large Capacity Transformers (~1,100kV)
45
44 (TTDG) Toshiba T&D Systems Gulf SPC. (Abu Dhabi)
45 (TTDG) Toshiba T&D Systems Gulf SPC. (Bahrain)
19 (CTS) Changzhou Toshiba Shuidian Transformer Co., Ltd.
・Distribution Transformers
46 (TCIS) Toshiba CIS LLC (Moscow)
20 (THC) CET Toshiba (Henan) Switchgear Components
Manufacturing Co., Ltd.
・High Voltage Switchgear Parts
43
21 (GTBS) Guangzhou Toshiba Baiyun Electrical Equipment Co., Ltd.
・MV Switchgears
22 (JPC) Zhuhai Xujizhi Power System Automation Co., Ltd.
・Distribution Automation System (DAS)
23 (TCH) Toshiba China Co., Ltd.
・1 Headquarter in Beijing and 7 Branch Offices in Shanghai,
Guangzhou, Chengdu, Jinan, Xian, Wuhan and Hargzhou
Global operations; NA and SA
Global operations; Oceania
X Sales / Engineering / Rep Office
24 (TIC-US) Toshiba International Corp. (Houston)
・Headquarters
・Power conditioner, Battery Energy Storage
Y Production Factory
X Sales / Engineering / Rep Office
47 (TIC AUS) Toshiba Int’l Corp. (Sydney)
Y Production Factory
48 (TIC AUS) Toshiba Int’l Corp. (Brisbane)
25 (TIC-US) Toshiba Int’l Corp. (Denver)
26 (TIC-US) Toshiba Int’l Corp. (San Francisco)
26
American Continent
27 (TDV) Toshiba de Venezuela C.A.
25
24
28 (TDV) Toshiba de Venezuela C.A. – Columbia
Oceania
48
50
50 (TIC AUS) Toshiba Int’l Corp. (Perth)
47
49
29 (TIC-SA) Toshiba Infrastructure Systems
South America Ltd. Headquarters (São Paulo)
27
28
30
31 29
25
49 (TIC AUS) Toshiba Int’l Corp. (Melbourne)
30 (TIC-SA) Transformer Factory
・Power Transformers
・Distribution Transformers
31 (TIC-SA) Switchgear Factory
・Air Insulated Switchgears
・Surge Arresters
・Protection Relay
・Turn-Key Engineering
26