5---dave-sterlace_2-revison updated v1.pdf

SAS sys by abb

1. —
DATA CENTER EXPERT DAY
Digital infrastructure for the digital age

2. —
ABB Digital delivers…
Future-proof
digitalization
solutions…
…and service
reliability…
…bringing about greater
availability and
efficiency…
…and productivity of
the operations
team…
…hence
lowering OPEX…
…and fulfilling
Customer satisfaction.
…with faster delivery
and installation…

3. —
–Speed:
•Up to 30% faster delivery / lead-time
•Installation and commissioning: 25% reduction in time
–Increased flexibility
–Repeatability / Accuracy
–Easy signal transmission
–Safer: Low energy and fiber optic signals
–Energy-efficient and climate-friendly
–Smaller: 10% less space needed (30% ANSI)
–Increased reliability and availability
–Lower TCO
Why Digital?
15 March 2018 Slide 3
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4. —
•Digital switchgear enables smart electrical networksthat
deliver power reliably and efficiently.
•A combination of the latest digital technologies and ABB’s
switchgear which bring increased flexibility, reliability and
safety, while reducing weight, footprint and delivery time.
•Seamless integration of innovative protection, control and
sensing devices, where all measures, statuses and
commands transferred via a real-time Ethernet bus using
IEC 61850 protocol.
•Enables pro-active management of equipment throughout
the entire life cycle. Enables easy integration for smart
functionality, including power management, real-time
diagnostics and remote monitoring.
Digital switchgear
15 March 2018 Slide 4
Whatis it?
Definition
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5. —
Increased safety
Benefits of digital switchgear
15 March 2018 Slide 5
Sensor technology for current and voltage measurement ensures
a safer working environment for personnel
–When testing current and voltage signal secondary circuits,
personnel are not exposed to high-voltage
–Sensors are easier to work with compared to conventional
metering transformers, minimizing risk of human errors
–Less material exposed to high-voltage electrical stress,
decreasing risk of failure
Safer switchgear operation

6. —
Energy-efficient and climate-friendly
Benefits of digital switchgear
15 March 2018 Slide 6
Reduced environmental impact
Energy loss is minimized with the use of sensors
Reduced resource consumption in manufacturing
During 30 years of operation, 14 panels of digital switchgear
–Lowers energy consumption up to 250 MWh
–1 MW is equivalent to the power produced by 10 car engines, so
the energy saved can power 8,900 Formula-E race cars from
start to finish in one race
–Saves up to 150 tons of CO
2
•the same amount as the emissions from a mid-size car driven
for 1 250 000 km
•It takes 8200 trees one whole year to absorb that amount of
CO
2
8900 x

7. —
Increased flexibility
Benefits of digitalswitchgear
15 March 2018 Slide 7
You can adapt the switchgear as the requirements in your
network change, e.g. feeder current
–Digital switchgear can be adapted even at the final stage of the
manufacturing process
–Changes can be applied via updating parameters or logics in a
protection relay, no need to replace components
–IEC 61850 is future-proof standard, which ensures efficient
future updates
Adapt easily when requirements change
Increased
flexibility

8. —
Reduced footprint
Benefits of digital switchgear
15 March 2018 Slide 8
Up to 10% reduced MV switchgear footprint (30% in ANSI)
–Generally the busbarmetering cubicle(s)can be omitted,
because voltage sensors are more
–New generation of sensors are a perfect fit in switchgear,
requiring less space and they weigh less
Reduced space requirement
Conventional switchgear Digital switchgear
10%
less space
needed

9. —
Faster delivery time
Benefits of digital switchgear
15 March 2018
*30% fasterdeliveryhasbeencalculatedfor air-insulatedswitchgear, UniGearDigital
Slide 9
30% faster delivery
Up to
30%
faster
delivery
Shorter time from ordering to operation
–Digital switchgear can be delivered faster thanks to
•One size fits all with sensor technology vs engineering
CT/VTs
•Wide range means the same sensor can work for many
different needs
•Sensors available in stock
•Configuration in hardware wiring is minimized, changes can
be made using the software

10. —
Faster installation and commissioning
Benefits of digital switchgear
15 March 2018 Slide 10
–Fewer panels
–Less cabling
–Fewer components in the control compartment
•Switchgear is delivered pre-tested, which minimizes
commissioning time
•A 30 panel switchgear line-up, installation time can be
reducedup to two working days
–If modifications are required in commissioning, they can be
done quickly in the protection relays, generally not requiring
hardware changes
Reduced time spent on installation and commissioning
25%
reduction

11. —
Increased switchgear reliability
Benefits of digital medium-voltage switchgear
15 March 2018 Slide 11
Digital switchgear is based on ABB’s well-known and established
switchgear hardware platforms, but uses sensors
–With sensors less human interaction is required, which leads to
decreased risk of malfunction
–Sensors are smaller, reduce risk of isolation degradation in the
switchgear
–Sensors are immune against grid disturbances, such as ferro-
resonance phenomena
Digital communication
-Permanent active supervision of wiring and signal transfer with
IEC 61850 digital communication to enable fast and precise
actions in case of failures
Increased reliability
Digital switchgear
Increased
reliability
IEC 61850

12. —
Increased system reliability
Benefits of digital medium-voltage switchgear
15 March 2018 Slide 12
Benefits of IEC 61850 communication
Digital
IEC 61850
communication
Fast and reliable communication with IEC 61850, the global
standard for communication in substations
–In conventional switchgear, acomplex scheme requires large
amounts of wires to be connected between the cubicles; with
digital switchgear a self-supervised communication cable passes
that information from cubicle to cubicle
–Flexibility to adapt and change the switchgear, without costly and
time-consuming physical re-wiring and changing panel hardware
–Using the programmable logic in the protection relays changes
are done easily and faster
–GOOSE (Generic Object Oriented Substation Event)
communication between the station equipment for improved
speed and reduced switchgear cabling
–Fewer wires reduces risk of failures
90%
fewer wires
for panel
interconnection

13. —
Replacing copper with Ethernet
15 March 2018 Slide 14
Clear benefits in going digital
Digital switchgear reduces wiring complexity
Before After
No cable
tray
Single
conduit to
carry fibers

14. —
15 March 2018
Clear benefits in going digital
Continuous self supervision
Self healing bus
Scale drives simplicity

15. —
Digitization of controls is a critical building block
Scale demands simplicity
Smart Components End of multiple control layers
Digital communication and peer to peer control, metrics like
contact wear, changing OT paradigm
Emax2
Circuit breaker
Switchgear
BMS
DCIM
…
…
DCIM
Circuit breakerCircuit breaker

16. —
Air-insulated switchgear (AIS)
ABB digital portfolio
15 March 2018 Slide 17
UniGearDigital
–Same robustness, safety and level of experience as conventional
UniGear
–Simplified current and voltage measurement, using sensors
–Conventional current and voltage transformers can be added for
specific metering and protection requirements
–Relion® 615 and 620 series protection and control relays
–Horizontal exchange of GOOSE and IEC 61850-9-2 sampled analog
values reduces wiring and accelerates testing and commissioning
time
–Easy integration to increase smart functionality, such as remote
condition monitoring and asset health for electrical systems as
part of ABB Ability offering
1. Relionprotectionrelay
withIEC 61850
2. Currentsensor
3. Voltagesensor
1
2
3

17. —
ABB digital portfolio
15 March 2018 Slide 18
ZX Digital
Covering ratings up to 42kV; 40kA; 4000A
–Current and voltage sensors increase safety and reduce
footprint
–Horizontal exchange of GOOSE and IEC 61850-9-2
sampled analog values reduces wiring and accelerates
testing and commissioning time
–Relion® 615 and 620 series protection and control relays
Gas-insulated switchgear (GIS)
1. Voltage sensor for busbar
voltage measurement
2. Test adapter box
3. Relionprotection relay
with IEC 61850
4. Current sensor
5. Voltage sensor for cable
voltage measurement
2
3
4
5
1

18. —
MNS Digital incorporates intelligent devices with a data
interface. MNS Digital smart device family provide the
hardware backbone to collect data and make them available.
Once connected to the ABB Ability™ platform, MNS Digital
and the on-premiseABB Ability Condition monitoring makes
data available in the cloud. The ABB Ability dashboard
provides you with real time data display, alarm and event
display, trending and condition monitoring.
ABB Ability connection makes predictive maintenance a
reality. It supports determining future conditions and
gathering data from additional sources (including data
beyond electrical values)
MNS Digital LV
ABB Data Center Forum 2017
ABB digital portfolio

19. —
ABB digital portfolio
Integrated solution built into the transformer as opposed to a
bolt-on attachment
Capitalized expense (CAPEX) vs. expense on existing operational
equipment (OPEX)
No additional wiring or hardware required
Time-synched data allows for trending analytics (inference and
predictive)
Remotely expandable platform that can be accessed while still
online
Built-in Wi-Fi and Ethernet connection
Flexible configuration to support data through numerous
communication mediums
Digital Transformer with TXpert

20. —
ABB digital portfolio
Safe:The SMISSLINE TP plug-in socket system allows for load-
free plugging in and unplugging under voltage without additional
personal safety equipment for protection against electrical
hazards
Economical:Saves time thanks to the plug-in technology and
saves space thanks to the vertical installation of the bus bar
socket
Easy and quick maintenance of the switchboard as wiring is
already integrated in the plug-in socket system, thus the
installation is better arranged and tidier to check, even by not
highly qualified personnel
Flexible: rapid replacement, easy expansion and modification
even under voltage as no tools are needed thanks to the snap-on
installation
SmisslineTP

21. —
ABB digital portfolio
Assets preservation -Early detection of any deviations in power
consumption at branch level, avoid before serious damage occurs
in the system
Energy efficiency -Consumption optimization and cost saving
can be performed in the system thanks to maximum
transparency on where and how the electricity is used up to lower
branches
Maximum security -Thanks to the most secure communication
protocols built-in in the CMS central units
Easy Installation and configuration -Save up to 30% installation
time thanks to smart configuration and quick installation
guaranteed
Easy selections -Optimization of the portfolio and product
selection thanks to sensor able to measure AC, DC or mixed
currents
CMS700

22. —
ABB Digital delivers…
Future-proof
digitalization
solutions…
…and service
reliability…
…bringing about greater
availability and
efficiency…
…and productivity of
the operations
team…
…hence
lowering OPEX…
…and fulfilling
Customer satisfaction.
…with faster delivery
and installation…

23. —
worldwide references
ABB Digital –a true global portfolio
15 March 2018 Slide 24
By 2017, wehave
deliveredabout1,200
UniGearDigital panels

24. of today and tomorrowof today and tomorrow