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TRANSCRIPT
Energy Automation Slide 2
Necessary for the
operation of an
automotive plant
Electrical Power Supply for Automotive Industry
Characteristics
Differences to
power utilities
Electrical
Power Supply
for Industry
Simply must work!!!
Not customers
core business
“side-show”
Power Automation/EMCS
is not naturally
Connection/Coupling to
other system is a must
(Process Control Building
Automation, etc.)
Industrial standards are
necessary
Benefit
Availability
Has an effect directly on
the core business
clearly
measurable
Number of produced
engines, cars, etc.
Production
Costs
Profitability
Maintenance
Basic
Requirement
Energy Automation Slide 3
Automation
Manufacturing
Execution
Systems (MES)
Enterprise Resource
Planning (ERP)
Automation
Manufacturing
Execution
Systems (MES)
Enterprise Resource
Planning (ERP)
Totally Integrated
Automation
Totally Integrated
Power
Total Building
Solutions
Energy Automation in Automotive Industry
One Piece of a Whole
Energy Automation Slide 4
Nothing runs without electricity !!! – especially not in
automotive industry.
Press shop, body shop, paint shop and powertrain, as well as the final assembly – all
require a flexible, scalable power supply. The following key tasks must be taken into
account:
Protection and Power Quality – Protecting power infrastructure
Station Automation – Economical control of operations
Energy Management – Integral control of power requirement
Energy automation not only protects your system against possible damages, it also ensures
consistent quality of the electrical power supply - and thus of your processes as well.
In addition, it makes it possible to react quickly to unforeseeable events and to avoid, or at
least minimize, any interruption of the supply
Energy Automation in Automotive Industry
The purpose
Energy Automation Slide 6
Energy Automation in Automotive Industry
Our solution portfolio
Energy market
EMM
FDWH
PROPHET Solutions
Communications
and networking
PowerLink PLC / DLC
Modems
AMIS
Tools
Spectrum PowerCC IMM /
Graphical Designer
SICAM PAS UI / Graphical
Designer
TOOLBOX II
DIGSI
Control centers
Spectrum PowerCC
Spectrum Power 4
Station automation
SICAM PAS
SICAM 1703 / SICAM 230
RTU´s
SICAM 1703
SICAM eRTU / miniRTU
TG 805 / TG 5700
Protection / power quality /
field control stations
SIPROTEC
REYROLLE
SICAM BC 1703 ACP
SIMEAS
Energy Automation Slide 8
Standard solution for Automotive Industry
Power Monitoring: DaimlerChrysler Peking
MV-Switchgear
IEC T103 (RS485) (CU)
x 15 7SJ62
…
SICAM PAS CC (RT) with Valpro/Recpro
Station Unit SICAM PAS (FS)
DC Panel Simatic S7
Fibre Optics (F.O.)
. . . OLM
LV cabinet 1
ET200
SIMEAS P
Option
Profibus DP (Cu)
Temp. Comp.
LV cabinet 8
ET200
SIMEAS P
Option
Profibus DP (Cu)
OLM
Temp. Comp.
Profibus DP (Cu) OLM
Cabinet 7 Cabinet 6 Cabinet 5 Cabinet 4 Cabinet 3 Cabinet 2
OLM
Control Room
Load Substations
Profibus DP (Cu)
Fibre Optics (F.O.)
Control Cabinet
GPS Global Positioning System
LV-compartments
Energy Automation Slide 9
RS1600F
(16 x MTRJ)
SICAM PAS
RS8000T
(2 x MTRJ,
6x RJ45)
RS 8000
(8 x MTRJ)
general station
messages
HMI
SICAM PAS CC
wireless remote server
Web Navigator
Incomer
Switch gear
hall 1
hall 2
hall 3
hall 4
central heating
IEC61850
GPS
time signal
control system
fire department
fibre optics
copper cable
Remote web-
Monitoring
VW
In
tran
et
Lin
k
messaging
Standard solution for Automotive Industry
Example for a Power Supply System of a Car Plant (1)
Energy Automation Slide 10
7SD61 7SD61 7SD61 field unit
6MD63 7SJ63 7SJ63 7SJ63 7SJ63
RS800 T
2 x MTRJ
6 x RJ45 Serial Hub
(RS485-Bus)
7SD61 7SJ63 7SJ63 7SJ63 7SJ63
RS800 T
2 x MTRJ
6 x RJ45
7SJ63
to RS8000
(8 x FO)
7SD61 7SD61 7SD61 field unit
6MD63 7SJ63 7SJ63 7SJ63 7SJ63
RS800 T
2 x MTRJ
6 x RJ45 Serial Hub
(RS485-Bus)
7SD61 7SJ63 7SJ63 7SJ63 7SJ63
RS800 T
2 x MTRJ
6 x RJ45
7SJ63
to RS8000
(8 x FO)
7SD61 7SD61 7SD61 field unit
6MD63 7SJ63 7SJ63 7SJ63 7SJ63
RS800 T
2 x MTRJ
6 x RJ45 Serial Hub
(RS485-Bus)
7SD61 7SJ63 7SJ63 7SJ63 7SJ63
RS800 T
2 x MTRJ
6 x RJ45
7SJ63
to RS8000
(8 x FO)
Standard solution for Automotive Industry
Example for a Power Supply System of a Car Plant (2)
Energy Automation Slide 11
7SD61 7SD61 7SD61 7SD61 7SD61 7SD61
7SD61 7SD61 7SD61
7SJ63 7SJ63 7SJ63 7SJ63 7SJ63
7SJ62 7SJ62 7SJ62 7SJ62 7SJ62 7SJ62 7SJ62 7SJ62 7SJ62 7SJ62 7SJ62
Field unit
6MD63
RS800 T
2 x MTRJ
6 x RJ45
RS800 T
2 x MTRJ
6 x RJ45
RS800 T
2 x MTRJ
6 x RJ45
RS800 T
2 x MTRJ
6 x RJ45
RS800 T
2 x MTRJ
6 x RJ45
RS800 T
2 x MTRJ
6 x RJ45
Serial Hub
(RS485-Bus)
Serial Hub
(RS485-Bus) Serial Hub
(RS485-Bus)
Central heating Hall 1
Hall 2 Hall 3 Hall 4
7SJ62 7SJ62 7SJ62
7SD61 7SD61 7SD61
Serial Hub
(RS485-Bus)
to RS1600F
Standard solution for Automotive Industry
Example for a Power Supply System of a Car Plant (3)
Energy Automation Slide 12
Integrated solution: Supervise your low- and medium voltage
system with one system.
Central human-machine interface: All activities can be carried
out from one central operator terminal.
Highest supply reliability: Thanks to Load Shedding functionality
High availability and reliability: Thanks to tested components
and the use of proven standards
Optimum utilization of electrical energy: Thanks to load
management functions
Lower operating and maintenance costs: Thanks to the use
of automatic functions
Compliance with local energy saving and environ-mental issues: Thanks to comprehensive monitoring and reporting
functions
Concrete benefits for you:
Energy Automation for Automotive Industry
One System – many advantages
Energy Automation Slide 13 Page 13
Energy Automation for Automotive Industry
To say it with a few words
Pro
ductivity
Protect Control Analyze Improve
Protect against blackouts and
damages.
Reduces downtimes due to
fast error detection and
analyses.
Reduces operating and
maintenance costs.
Reduces energy costs by an
optimized consumption of
energy.
Optimal investment by
knowing the system behavior
and its operating figures.
Energy Automation Slide 14
References (Only an extract!)
Energy Automation for Automotive Industry
Our customers
Energy Automation Slide 15
References
Car Plant DaimlerChrysler Beijing
Scope of Supply
• 20 pcs. 10 kV Switchgear
• 8 pcs. LV Main Units (SIMOSEC)
• 8 pcs. distributed I/O units (ET200)
• 15 pcs. Multifunction Protection Relays
• 8 pcs. Multifunctional Power Meter
• Power Monitoring System with integration of fire alarm
system
• Engineering, commissioning and installation
• Training
Customer Benefits
• Integrated Solution from MV-level to LV-level
• One System (Integration of fire alarm system)
• Bilingual HMI
• Best practice sharing and know-how transfer from
Stuttgart to Beijing regarding DaimlerChrysler Power
Automation solution
• High reliability by using a Power Automation and
Monitoring system (e.g. failure identification)
Project DaimlerChrysler BeijingCar Plant
Location Beijing, China EPC China First
Construction
Customer Beijing Benz-
DaimlerChrysler
Automotive Co. Ltd.
Energy Automation Slide 16
References
VW AG Plant Salzgitter, 20 kV substation modernization
Scope of Supply
• Power Automation System consisting of :
• Power Automation Station Units • 46 Multifunction Protection Relays • 24 Differential Protection Relays • 6 Bay Control Units
• Wireless remote server, web navigator, Email
messaging
• Connection to fire control system
• Engineering, commissioning and installation • Training
Customer Benefits
• Integrated Power Automation System
• Centralized solution
• “State-of-the-art” Substation Automation Standard
based on IEC61850
• “Future-proofed“- solution due to IEC61850 standard • Use of „standard“ communication based on TCP/IP
(Ethernet) – no additional communication network is necessary
• Remote access and messaging • High safety standard • High reliability due to redundancy
Project Modernization of Substation
Location Salzgitter, Germany Customer VW AG, Plant Salzgitter
Energy Automation Slide 17
References
VW AG Plant Mosel
Scope of Supply
• Power Automation System consisting of :
• Power Automation SICAM PCC with • 2 WinCC operator's positions (Main
operation) • 5 LSA operator systems • 6 Main Units (LSA) • 34 Protection Relays • 282 Bay Control Units
• Web navigator, Messenger
• Engineering, commissioning and installation
Customer Benefits
• Centralized solution
• Integration of existing infrastructure
• Remote access to system information via Internet
Explorer without any additional software
Project Energy automation Plant Mosel
Location Zwickau, Germany Customer VW AG, Plant Mosel
Energy Automation Slide 18
References
Carplant Ford Congqing: 110/10kV Substation
Scope of Supply
• Power Supply System consisting of:
• 5 pcs. 110kV Gas Insulated Switch Gear (8DN8)
• 2 pcs. 110kV, 20MV Power Transformers • 15 pcs. 10kV Vacuum Circuit Breaker (3AH)
• SIPROTEC Protection Relays:
• 2 pcs. Differential Transformer Protection (7UT 612)
• 2 pcs. Overcurrent Protection Relays (7SJ63) • 15 pcs. Overcurrent Protection Relays
(7SJ62)
Customer Benefits
• High safety standard
• High reliability due to high mean-time-between-failure
(MTBF)
• Convenient and easy configuration due to user friendly
configuration software (DIGSI) -> One software for all
Siemens protection relays.
Project 110/10 kV Substation Ford Chongqing
Location Chongqin, China Customer Ford, Changan
Energy Automation Slide 19
References
Engine Plant: Audi – Györ (Hungary)
Scope of Supply
• Electrical Power Supply consisting of:
• 2 pcs. Main Station Switch Gear(8BK20) • 3 pcs. Substation Switch Gear (8BK/NXAirM
) • 75 pcs. LV Main Distributions (8PU) with • 80 pcs. Multifunctional Protection Relay
(7SJ63) • Power Automation and Monitoring System (SICAM PCC)
for HV/MV/LV • 3 pcs. Busbar Protection Relays (7SS60) • 20 pcs. Line Protection Relays (7SD60) • Engineering, commissioning, installation • Electrical installation of busducts and powercables
Customer Benefits
• Sustainability by 10 years of close and constant
responsibility by Siemens
• Specific Know-How of the plant and the
requirements regarding electrical power
supply
• Tailored/Optimized solution
• High safety standard
• High reliability -> No power fault/outage since installation
Project Power Supply for AHM
Location Györ, Hungary Customer AUDI HUNGARIA
MOTOR Kft
Energy Automation Slide 20
References
MV-Switchgear (NXAIR), Audi Ingolstadt
Scope of Supply
• 100 pcs. 20 kV Air-insulated Switchgears (NXAIR)
• 100 pcs. Multifunction Protection Relays (7SJ6x)
• Engineering, commissioning and installation
• Training
Customer Benefits
• “State-of-the-art” Substation Automation Standard
based on IEC 103
• “Use of „standard“ communication based on TCP/IP
(Ethernet) – no additional communication network is
necessary
• Remote access and messaging
• High safety standard
• High reliability due to redundancy
Project MV Switchgear “NXAIR”
Location Ingolstadt, Germany Customer Audi Ingolstadt
Energy Automation Slide 21
References
Car Plant Hyundai Motors Asan Plant
Scope of Supply
• Approximately 150 pcs. 22.9kV Multifunction Protection
Relays (7SJ62)
• Engineering, commissioning and installation
• Training
Customer Benefits
• High safety standard
• High reliability due to high mean-time-between-failure
(MTBF)
• Convenient and easy configuration due to user friendly
configuration software (DIGSI) -> One software for all
Siemens protection relays.
Project Modernization of Substation
Location Asan, Korea
Customer Hyundai Motors
Asan Plant
Energy Automation Slide 22
References
Hyundai Motors Jeonju Plant
Scope of Supply
• Approximately 150 pcs. 22.9 kV Multifunction Protection
Relays (7SJ62)
• 3 pcs. 154 kV Multifunction Protection Relays (7SJ63)
• Engineering, commissioning and installation
• Training
Customer Benefits
• High safety standard
• High reliability due to high mean-time-between-failure
(MTBF)
• Convenient and easy configuration due to user friendly
configuration software (DIGSI) -> One software for all
Siemens protection relays.
Project Modernization of Substation
Location Jeonju, Korea
Customer Hyundai Motors
Jeonju Plant
Energy Automation Slide 23
References
Kia Motors Hwasung Plant
Scope of Supply
• Approximately 60 pcs. 22.9 kV Multifunction Protection
Relays
• Engineering, commissioning and installation
• Training
Customer Benefits
• High safety standard
• High reliability due to high mean-time-between-failure
(MTBF)
• Convenient and easy configuration due to user friendly
configuration software (DIGSI) -> One software for all
Siemens protection relays.
Project Modernization of Substation
Location Hwasung, Korea Customer Kia Motors Jeonju Plant
Energy Automation Slide 25
Energy Automation in Automotive Industry
Our solution portfolio
Energy market
EMM
FDWH
PROPHET Solutions
Communications
and networking
PowerLink PLC / DLC
Modems
AMIS
Tools
Spectrum PowerCC IMM /
Graphical Designer
SICAM PAS UI / Graphical
Designer
TOOLBOX II
DIGSI
Control centers
Spectrum PowerCC
Spectrum Power 4
Station automation
SICAM PAS
SICAM 1703 / SICAM 230
RTU´s
SICAM 1703
SICAM eRTU / miniRTU
TG 805 / TG 5700
Protection / power quality /
field control stations
SIPROTEC
REYROLLE
SICAM BC 1703 ACP
SIMEAS
Energy Automation Slide 26
Functionalit
y
Amount of process information
SIPROTEC Compact Class
Protection
SIPROTEC Easy
Protection
SIPROTEC 4
Protection & Control
Numerical Protection SIPROTEC®
For each Application the right Relay
Energy Automation Slide 27
Energy Automation for Automotive Industry
Our Power Quality Portfolio – SIMEAS Hardware
SIMEAS P Power Meter for Electrical Power
Measuring & Monitoring
SIMEAS Q Power Quality Recorder for
Distribution Networks
SIMEAS R Disturbance and PQ Recorder
SIMEAS R PMU Disturbance Recorder with
PMU Feature
Energy Automation Slide 28 Page 28
Energy Automation for Automotive Industry
Station Automation and Remote Control with SICAM
SICAM TM 1703 mic Terminal Module for micro control is a
low-cost, modular, telecontrol unit.
SICAM TM 1703 ACP Compact telecontrol unit with
automation functionality for small to mid size system.
SICAM AK 1703 ACP Modular and flexible control and
automation system based on sub rack technology for every requirement from small and compact systems up to very large systems.
SICAM PAS Power Automation System based on
PC-Technology.
Energy Automation Slide 29
Energy Automation for Automotive Industry
Station Automation and Remote Control with SICAM F
unctionalit
y
Amount of process information
Ga
tew
ay
Au
tom
ati
c
En
han
ce
d
SICAM AK 1703 SICAM PAS
SICAM TM 1703 mic
SICAM TM 1703 ACP
Energy Automation Slide 30
Spectrum PowerCC Windows-based control system for power generation, medium size transport/distribution networks and industry control centers.
SINAUT Spectrum
Unix-based automation system for large and medium sized transport and distribution networks.
Energy Automation for Automotive Industry
Control Center: Spectrum PowerCC and SINAUT Spectrum
Generation
SCADA
BASE
Customized
Applications
Transmission Trading
Distribution