The document discusses integrated engineering and the convergence of mechanical, electrical, and plumbing (MEP) systems with automation and audiovisual (AV) systems. Integrated engineering takes a holistic interdisciplinary approach from the earliest phases of a project. It can reduce total cost of ownership through lower operational costs. The convergence of MEP, automation, and AV systems allows building functions like lighting, HVAC, multimedia, and security to be controlled on a single integrated platform. This provides benefits like simple networking, future-proofing, and direct control/management of various building systems.

1. Integrated engineering
“challenge of
integrated engineering”
Educational/Government
Industrial Building
Wind Energy
Hotel
Theatre/Cinema Entertainment Technology
Shipbuilding
Museum
Water Treatment
Infrastructure
Collaboration/Conference
Building Automation
Ing. Mirko Vincenti
Infrastructure & Building
Automation Manager

2. agenda
BACnet OCA (NEW)
SMI DMX
EnOcean Art-Net™/sACN
DALI/LON SMPTE Timecode
1. Integrated engineering today
2. Costs and chances
3. The “buzzword IoT”
4. convergence of MEP, Automation and AV
5. Integrated solutions with beckhoff

3. agenda
BACnet OCA (NEW)
SMI DMX
EnOcean Art-Net™/sACN
DALI/LON SMPTE Timecode
1. Integrated engineering today
2. Costs and chances
3. The “buzzword IoT”
4. convergence of MEP, Automation and AV
5. Integrated solutions with beckhoff

4.  is a specific engineering process of a group of people
 is a holistic approach of all disciplines
 is a CO-working process of all involved disciplines
 needs to involve interdisciplinary knowledge in the earliest phase
integrated engineering today
by definition

5. architect
investor / owner
general contractor / project-Manager
structure physics
ventilation
fascade
fire-, alarm & supr.
heat-,cooling
plumbing
lighting
Networks / IT
integrated engineering today
typical process
electrical
 undefined responsibilities for
the „over all automation“
 many small an incompatible
solutions, the owner /
operator has to solve the
problems „lifelong“
= a „piece“ of
automation
smoke extraction
transport
civil E.

6. integrated engineering today
an other way
(system) integration engineering
 all automation bits & pieces
merged together
 precise definition of every
interface to the MEP and other
disciplies out of „one hand“
 Clear responsibilities in
comissioning an testing phase
for all of the „funcionalities“
investor / owner
general contractor / project-manager
electrical ventilation
fire-, alarm & supr.
heat-,cooling
plumbing
lighting
Networks / IT
smoke extraction
transport
architect
structure physics fascade
civil E.

7. Integration engineering
Integrating all available
signals and systems
together to a holistic
system
Integrated Automation
Typical PLC and BMS-
System, supervise,
control and trending the
whola BA part
HVAC / energy
Electrical and thermal
consumers, producers and
distribution systems. As well
as fire alarming and
suppressing systems
IT Systeme
Connecting all the automation
and controldevices together.
Using safe and secure
protocolls e.g. OPC-UA
integrated engineering today
everything connected together

8. agenda
BACnet OCA (NEW)
SMI DMX
EnOcean Art-Net™/sACN
DALI/LON SMPTE Timecode
1. Integrated engineering today
2. Costs and chances
3. The “buzzword IoT”
4. convergence of MEP and AV
5. Integrated solutions with beckhoff

9. integrated engineering today
OPEX – CAPEX and savings
Opex (operational expenditure) is an ongoing cost for
running a product, business, or system.[1] Its counterpart,
a capex (capital expenditure), is the cost of developing
or providing non-consumable parts for the product or
system.
For example:
the construction, plumbing and comissioning of a chiller
Unit involves capex, and the annual amount of water,
power and maintenance costs represents opex.
And what does
this have to do
with Building
Automation?

10. Phase1
earlyconcepts&
studies
Phase2
tenders&detailes
costs
Phase3
C&C
integrated engineering today
OPEX – CAPEX and savings
costs
time
study planning building operating demolition
Possibility to influence the CAPEX
OPEX with traditionally planning
OPEX with lifecycle optimised engineering
Expediture saving potential compared to
„old“ concepts
Upto80%ofthewholelifecycleExpediture
additional invest in the
engeneering process to
produce the CAPEX
savings
6:1

11. integrated engineering today
… as samples: BIM (Building Information Modeling)

12. agenda
BACnet OCA (NEW)
SMI DMX
EnOcean Art-Net™/sACN
DALI/LON SMPTE Timecode
1. Integrated engineering today
2. Costs and chances
3. The “buzzword IoT”
4. convergence of MEP, Automation and AV
5. Integrated solutions with beckhoff

13. Internet of Things means that …
 devices, vehicles, buildings and other
physical objects
 are equipped with electronics, software,
sensors and network connectivity
 and collect and exchange data, e.g. via
cloud services.
So what has this to do with Building
Automation?
The "buzzword"„IoT“
eine Definition
Internet of Things

14. 234/236/238Device n
234/236/238Device 2
234/236/238Device 1
Upstreaming
 sensor data
 user inputs
 alerts
Downstreaming to
customer portal
 administration
 data monitoring
 analytics-ready
Analytics
 local or cloud-based
software solution
 “data mining” to
improve performance
and business value
Collecting
data…
Device 1
Collecting
data…
Device 1
Feedback/customer input
Cloud
Data storage
 from devices
 from other sources in the cloud
Das buzzword „IoT“
Aus Sicht der IT

15.  “[…] on-demand network access to a pool of configurable computing
resources that can be rapidly provisioned and released with minimal
management effort […]“
(Source: NIST 2011)
 Different models define abstraction layer to the user’s view on such
resources:
 Infrastructure-as-a-Service
 Platform-as-a-Service
 Software-as-a-Service
The "buzzword"„IoT“
Definition Cloud Computing

16. Infrastructure-as-a-Service (IaaS)
 Cloud service provider supplies underlying hardware.
 User gets access to the cloud, e.g. via virtual machines.
Hardware
Operating System
Application
Examples
Infrastructure-
as-a-Service
Platform-
as-a-Service
Software-
as-a-Service
Windows Azure
Amazon Elastic Compute Cloud
Windows Azure
Amazon Elastic Beanstalk
Google Mail
Microsoft SkyDrive
The "buzzword"„IoT“
Cloud Computing IaaS

17. Platform-as-a-Service (PaaS)
 Cloud service provider supplies underlying hardware and operating
system.
 User gets access to a runtime environment in the cloud to run own
applications.
Hardware
Operating System
Application
Examples
Infrastructure-
as-a-Service
Platform-
as-a-Service
Software-
as-a-Service
Windows Azure
Amazon Elastic Compute Cloud
Windows Azure
Amazon Elastic Beanstalk
Google Mail
Microsoft SkyDrive
The "buzzword"„IoT“
Cloud Computing PaaS

18. Software-as-a-Service (SaaS)
 Cloud service provider supplies a specific service, e.g. webmail.
 User gets access to this service and uses it.
Hardware
Operating System
Application
Examples
Infrastructure-
as-a-Service
Platform-
as-a-Service
Software-
as-a-Service
Windows Azure
Amazon Elastic Compute Cloud
Windows Azure
Amazon Elastic Beanstalk
Google Mail
Microsoft SkyDrive
The "buzzword"„IoT“
Cloud Computing SaaS

19. Simplified message
 IT companies provide agents for all
platforms …
 mostly to push data into their own cloud –
“IoT starts with data in their cloud”.
 Cloud offers “new business with analytics”.
Required
 “just” data transport, no semantic
 security
Backbone
PC
MQTT/AMQP/…
Agent
Agent
Agent
Agent
Agent
Agent
Agent
Agent
Agent Agent
The "buzzword"„IoT“
IoT abstract (Kommunikation)

20. Cloud B
Agent B
Cloud A
Agent A
No interoperability!
PC
MQTT/AMQP/…Agent A
Agent B
Agent A
Agent A
Agent A
Agent B
Agent A Agent B
No interoperability!
Agent A
Agent A
Agent B
IoT connectivity is not enough!
It does not provide interoperability!
The "buzzword"„IoT“
IoT – NO interoperability

21. Industrie 4.0 – Simplified message:
 focus on factory & process automation
 Devices become more intelligent.
 communication “Service to Service”
 Cloud is an option as one service.
Requirements are higher
 horizontal and vertical
 “ad-hoc” discovery of services
 modeling: information model
 scalability: from sensor to the cloud
 OS and language independent
 secure: authentication, signing, encryption
 international: IEC standard
Backbone
+ relay
PCPC AMQP agent
The "buzzword"„IoT“
IoT compared to industry 4.0

22. So why not
“Building 4.0“
?
The "buzzword"„IoT“
IoT compared to industry 4.0

23. agenda
BACnet OCA (NEW)
SMI DMX
EnOcean Art-Net™/sACN
DALI/LON SMPTE Timecode
1. Integrated engineering today
2. Costs and chances
3. The “buzzword IoT”
4. Convergence of MEP, Automation and AV
5. Integrated solutions with beckhoff

24. Convergence of MEP and AV
Colaboration & Conference

25. Convergence of MEP and AV
worlds merging together

26. Convergence of MEP and AV
worlds merging together
Audio and Video Control
Integrated Automation
Digital Signage Control
Operating and Monitoring

27. Convergence of MEP and AV
worlds merging together
Data
centre
UniversitySchool
Conference room
Boardroom
Think tank
Open space office/
Collaborative workspace
Large scale buildings
mostly contain:
 Large scale meetingroom
 Working desks
 1 to 1 meeting rooms
 IT rooms
 Entrance / Infodesk
Future-proofing
 with technologies
available today for the
demands of tomorrow
Simple networking
 All information is
available in one universal
system.

28. Media control
Audio installation
Video installation
Data
centre
UniversitySchool
Conference room
Boardroom
Open space office/
Collaborative workspace
Think tank
Convergence of MEP and AV
multimedia
Directly provides
 control of screens
 manage of beamers
 Handeling of audio…
 and video sources
TCP-IP connection to the
whole multimedia world
 VoIP (SIP/H.264)
 KVM Matrixes

29. Convergence of MEP and AV
multimedia

30. TwinCAT
system software
Industrial PC
C6920
Management/Control
Level
Field Level
Multi-touch
panels
in scalable
screen sizes
19-inch slide-in
Industrial PC C5240
AMQP
AES 70 (OCA)
Art-Net™
PosiStageNet
sACN
Audio
Audio, integrated
Embedded PC, audio interface as an option
Audio, external communication
TCP/IP TCP/IP
TwinCAT
ADS
RS232
AES 70
(OCA)
AES 70
devices
B&O/Crestron
devices
Sound system d&b audiotechnik
amplifier
MQTT
Ethernet TCP/IP
Convergence of MEP and AV
multimedia

31. TwinCAT
system software
Industrial PC
C6920
Management/Control
Level
Field Level
Multi-touch
panels
in scalable
screen sizes
19-inch slide-in
Industrial PC C5240
AMQP
AES 70 (OCA)
Art-Net™
PosiStageNet
sACN
Audio
Audio, integrated
Embedded PC, audio interface as an option
Audio, external communication
TCP/IP TCP/IP
TwinCAT
ADS
RS232
AES 70
(OCA)
AES 70
devices
B&O/Crestron
devices
Sound system d&b audiotechnik
amplifier
MQTT
Ethernet TCP/IP
Multi-display solution
Scalable screen sizes
DisplayPort
with audio
DVI
Convergence of MEP and AV
multimedia

32. TwinCAT
system software
Industrial PC
C6920
Management/Control
Level
Field Level
Multi-touch
panels
in scalable
screen sizes
19-inch slide-in
Industrial PC C5240
AMQP
AES 70 (OCA)
Art-Net™
PosiStageNet
sACN
Audio
Audio, integrated
Embedded PC, audio interface as an option
Audio, external communication
TCP/IP TCP/IP
TwinCAT
ADS
RS232
AES 70
(OCA)
AES 70
devices
B&O/Crestron
devices
Sound system d&b audiotechnik
amplifier
MQTT
Ethernet TCP/IP
Multi-display solution
Scalable screen sizes
DisplayPort
with audio
DVI
Convergence of MEP and AV
multimedia

33. TwinCAT
system software
Industrial PC
C6920
Management/Control
Level
Field Level
Multi-touch
panels
in scalable
screen sizes
19-inch slide-in
Industrial PC C5240
AMQP
AES 70 (OCA)
Art-Net™
PosiStageNet
sACN
Audio
Audio, integrated
Embedded PC, audio interface as an option
Audio, external communication
TCP/IP TCP/IP
TwinCAT
ADS
RS232
AES 70
(OCA)
AES 70
devices
B&O/Crestron
devices
Sound system d&b audiotechnik
amplifier
MQTT
Ethernet TCP/IP
Multi-display solution
Scalable screen sizes
DisplayPort
with audio
DVI
SMPTE Timecode
master
Video
Embedded PC
PoE
SMPTE
Time-
code
Camera
Convergence of MEP and AV
multimedia

34. TwinCAT
system software
Industrial PC
C6920
Management/Control
Level
Field Level
Multi-touch
panels
in scalable
screen sizes
19-inch slide-in
Industrial PC C5240
AMQP
AES 70 (OCA)
Art-Net™
PosiStageNet
sACN
Audio
Audio, integrated
Embedded PC, audio interface as an option
Audio, external communication
TCP/IP TCP/IP
TwinCAT
ADS
RS232
AES 70
(OCA)
AES 70
devices
B&O/Crestron
devices
Sound system d&b audiotechnik
amplifier
MQTT
Ethernet TCP/IP
Multi-display solution
Scalable screen sizes
DisplayPort
with audio
DVI
SMPTE Timecode
master
Video
Embedded PC
PoE
Projector
Projection
systems
Smart TV
SMPTE
Time-
code
Camera
IP phone
Ethernet
TCP/IP
Convergence of MEP and AV
multimedia
Networks

35. TwinCAT
system software
Industrial PC
C6920
Management/Control
Level
Field Level
Multi-touch
panels
in scalable
screen sizes
19-inch slide-in
Industrial PC C5240
AMQP
AES 70 (OCA)
Art-Net™
PosiStageNet
sACN
Audio
Audio, integrated
Embedded PC, audio interface as an option
Audio, external communication
TCP/IP TCP/IP
TwinCAT
ADS
RS232
AES 70
(OCA)
AES 70
devices
B&O/Crestron
devices
Sound system d&b audiotechnik
amplifier
MQTT
Ethernet TCP/IP
Multi-display solution
Scalable screen sizes
DisplayPort
with audio
DVI
WearablesKinect sensor
Multimedia
EtherCAT
Terminals
USB
Convergence of MEP and AV
multimedia
SMPTE Timecode
master
Video
Embedded PC
PoE
Projector
Projection
systems
Smart TV
SMPTE
Time-
code
Camera
IP phone
Ethernet
TCP/IP
Networks

36. Lighting
HVAC
Energy measurement
Façade
Data
centre
UniversitySchool
Conference room
Boardroom
Open space office/
Collaborative workspace
Think tank
Convergence of MEP and AV
HVAC – building automation
Typical BMS and BA
functions
 Blind control
 Light control
 Temperature control
 metering
Adapt every type of
physical signal to a single
system

37. Convergence of MEP and AV
HVAC – building automation

38. Embedded PC,
EtherCAT
Terminals
Ethernet TCP/IP
Operating and Monitoring
Remote
control
Control
Panel
Weather
forecast
Manual
operating
Field Level
Convergence of MEP and AV
HVAC – building automation
AMQP
AES 70 (OCA)
Art-Net™
PosiStageNet
sACN
MQTT
TwinCAT
system software
Industrial PC
C6920
Management/Control
Level
Multi-touch
panels
in scalable
screen sizes
19-inch slide-in
Industrial PC C5240

39. Embedded PC,
EtherCAT
Terminals
Ethernet TCP/IP
Operating and Monitoring
Remote
control
Control
Panel
Weather
forecast
Manual
operating
Field Level
Convergence of MEP and AV
HVAC – building automation
AMQP
AES 70 (OCA)
Art-Net™
PosiStageNet
sACN
MQTT
Embedded
PC, Bus
Terminals
HVAC
Ventilation
Cooling
Heating
Air quality
Temper-
ature
Energy-saving operation
(EN50001 ready)
TwinCAT
system software
Industrial PC
C6920
Management/Control
Level
Multi-touch
panels
in scalable
screen sizes
19-inch slide-in
Industrial PC C5240

40. Embedded PC,
EtherCAT
Terminals
Ethernet TCP/IP
Operating and Monitoring
Remote
control
Control
Panel
Weather
forecast
Manual
operating
Field Level
Convergence of MEP and AV
HVAC – building automation
AMQP
AES 70 (OCA)
Art-Net™
PosiStageNet
sACN
MQTT
Embedded
PC, Bus
Terminals
HVAC
Ventilation
Cooling
Heating
Air quality
Temper-
ature
Energy-saving operation
(EN50001 ready)
LON
DALI
DMX
Embedded PC,
Bus Terminals
Lighting
Lighting Switchable
power
outlets
Emergency
lighting
Occupancy
sensor
DALI
Room controller
TwinCAT
system software
Industrial PC
C6920
Management/Control
Level
Multi-touch
panels
in scalable
screen sizes
19-inch slide-in
Industrial PC C5240

41. Embedded PC,
EtherCAT
Terminals
Ethernet TCP/IP
Operating and Monitoring
Remote
control
Control
Panel
Weather
forecast
Manual
operating
Field Level
Convergence of MEP and AV
HVAC – building automation
AMQP
AES 70 (OCA)
Art-Net™
PosiStageNet
sACN
MQTT
Embedded
PC, Bus
Terminals
HVAC
Ventilation
Cooling
Heating
Air quality
Temper-
ature
Energy-saving operation
(EN50001 ready)
LON
DALI
DMX
Embedded PC,
Bus Terminals
Lighting
Lighting Switchable
power
outlets
Emergency
lighting
Occupancy
sensor
DALI
Room controller
Facade
Access
control
Sun position
calculation
Embedded PC,
EtherCAT
Terminals
Shading
TwinCAT
system software
Industrial PC
C6920
Management/Control
Level
Multi-touch
panels
in scalable
screen sizes
19-inch slide-in
Industrial PC C5240

42. Convergence of MEP and AV
PoI – PoS – Digital Signage
PoI or PoS
Data
centre
UniversitySchool
Conference room
Boardroom
Open space office/
Collaborative workspace
Think tank
Be where people are and
keep them “up to date”
Digital Signage
 Displaying information
 Promote your news
 Steering the “flow of
people”

43. Convergence of MEP and AV
PoI – PoS – Digital Signage

44. Convergence of MEP and AV
PoI – PoS – Digital Signage
Ethernet TCP/IP
AMQP
AES 70 (OCA)
Art-Net™
PosiStageNet
sACN
MQTT
TwinCAT
system software
Industrial PC
C6920
Management/Control
Level
Multi-touch
panels
in scalable
screen sizes
19-inch slide-in
Industrial PC C5240
Operating
Crestron
devices
AMX
devices
Control Panel
B&O
devices
Field Level
Operating, external
24 inch
24 inch
7 inch
7 inch

45. Convergence of MEP and AV
PoI – PoS – Digital Signage
Ethernet TCP/IP
AMQP
AES 70 (OCA)
Art-Net™
PosiStageNet
sACN
MQTT
TwinCAT
system software
Industrial PC
C6920
Management/Control
Level
Multi-touch
panels
in scalable
screen sizes
19-inch slide-in
Industrial PC C5240
Operating
Crestron
devices
AMX
devices
Control Panel
B&O
devices
Field Level
Operating, external
24 inch
24 inch
7 inch
7 inch
Multi-screen
Monitor/media wall

46. Convergence of MEP and AV
PoI – PoS – Digital Signage
Ethernet TCP/IP
AMQP
AES 70 (OCA)
Art-Net™
PosiStageNet
sACN
MQTT
TwinCAT
system software
Industrial PC
C6920
Management/Control
Level
Multi-touch
panels
in scalable
screen sizes
19-inch slide-in
Industrial PC C5240
Operating
Crestron
devices
AMX
devices
Control Panel
B&O
devices
Field Level
Operating, external
24 inch
24 inch
7 inch
7 inch
Multi-screen
Monitor/media wall
Ultra
compact
IPC C6015
Point of
Information
DisplayPort
DisplayPort
Monitor wall
Temperature Energy Remote
control

47. Convergence of MEP and AV
PoI – PoS – Digital Signage
Ethernet TCP/IP
AMQP
AES 70 (OCA)
Art-Net™
PosiStageNet
sACN
MQTT
TwinCAT
system software
Industrial PC
C6920
Management/Control
Level
Multi-touch
panels
in scalable
screen sizes
19-inch slide-in
Industrial PC C5240
Operating
Crestron
devices
AMX
devices
Control Panel
B&O
devices
Field Level
Operating, external
24 inch
24 inch
7 inch
7 inch
Multi-screen
Monitor/media wall
Point of
Sale
Ultra
compact
IPC C6015
Point of
Information
DisplayPort
DisplayPort
Monitor wall
Temperature Energy Remote
control

48. Convergence of MEP and AV
PoI – PoS – Digital Signage
Ethernet TCP/IP
AMQP
AES 70 (OCA)
Art-Net™
PosiStageNet
sACN
MQTT
TwinCAT
system software
Industrial PC
C6920
Management/Control
Level
Multi-touch
panels
in scalable
screen sizes
19-inch slide-in
Industrial PC C5240
Operating
Crestron
devices
AMX
devices
Control Panel
B&O
devices
Field Level
Operating, external
24 inch
24 inch
7 inch
7 inch
Point of
Sale
Ultra
compact
IPC C6015
Point of
Information
DisplayPort
DisplayPort
Monitor wall
Temperature Energy Remote
control
Cloud Connect and
Content Stream
DisplayPort
DisplayPort
Ultra
Compact
IPC C6015
DisplayPort
Display/Screen
Temperature Energy Condition
monitoring

49. Convergence of MEP and AV
Controlling and Command
Device management
Cloud-based monitoring
Condition monitoring
Data
centre
UniversitySchool
Conference room
Boardroom
Open space office/
Collaborative workspace
Think tank
We “keep you in power”
of your systems
C & C applications
 Managing facilities
 Commanding your
ressources
 Being able to take
responsibility for your
systems in every
situation.

50. Convergence of MEP and AV
Controlling and Command

51. Ethernet TCP/IP
AMQP
AES 70 (OCA)
Art-Net™
PosiStageNet
sACN
MQTT
TwinCAT
system software
Industrial PC
C6920
Management/Control
Level
Multi-touch
panels
in scalable
screen sizes
19-inch slide-in
Industrial PC C5240
IPC with
TwinCAT
IPC with
TwinCAT
local network
infrastructure
Workstation Control
Field Level
Convergence of MEP and AV
Controlling and Command

52. Ethernet TCP/IP
AMQP
AES 70 (OCA)
Art-Net™
PosiStageNet
sACN
MQTT
TwinCAT
system software
Industrial PC
C6920
Management/Control
Level
Multi-touch
panels
in scalable
screen sizes
19-inch slide-in
Industrial PC C5240
IPC with
TwinCAT
IPC with
TwinCAT
local network
infrastructure
Workstation Control
Field Level
Convergence of MEP and AV
Controlling and Command
Control Room
Monitor/media wall
KVM
matrix
systems
KVM
matrix
systems
Digital video
signal
Digital video
signal

53. Ethernet TCP/IP
AMQP
AES 70 (OCA)
Art-Net™
PosiStageNet
sACN
MQTT
TwinCAT
system software
Industrial PC
C6920
Management/Control
Level
Multi-touch
panels
in scalable
screen sizes
19-inch slide-in
Industrial PC C5240
IPC with
TwinCAT
IPC with
TwinCAT
local network
infrastructure
Workstation Control
Field Level
Convergence of MEP and AV
Controlling and Command
19-inch rack-mount control systems
Access
control
Condition
monitoringVentilation
ControlEnergyTemperature
Server racks
Ultra compact
IPC C6015
Control Room
Monitor/media wall
KVM
matrix
systems
KVM
matrix
systems
Digital video
signal
Digital video
signal

54. Convergence of MEP and AV
We are ready for it

55. agenda
BACnet OCA (NEW)
SMI DMX
EnOcean Art-Net™/sACN
DALI/LON SMPTE Timecode
1. Integrated engineering today
2. Costs and chances
3. The “buzzword IoT”
4. Convergence of MEP, Automation and AV
5. Integrated solutions with BECKHOFF

56. USES CASED
SMART BUILDING:
Città metropolitana
Roma Capitale
Intervento di Building automation realizzato
presso il grattacielo “Torre EUROparco”,
nuova sede della sede della Città
metropolitana di Roma.

57. Smart Agent – Distributed Master Mode Full Resilience
Beckhoff
Smart Agent
Beckhoff
Smart Agent
Beckhoff
Smart Agent
Beckhoff
Smart Agent
Beckhoff Smart Agent +
Smart Network
Coordinator
Smart
Platform
Smart
NetWork

58. Smart Agent

59. Building automation: Palazzo Città metropolitana di Roma
Esigenza:
La palazzina in oggetto è un edificio di 30 piani
fuori-terra ad uso uffici con 2 vani tecnici
e impianti posizionati in copertura.
L’esigenza del cliente consiste nel:
Controllo illuminazione corridoi e uffici
e controllo sistemi di condizionamento
locale (fan-coils)
- Linea Luce normale e preferenziale
- Linea Fan coils
Controllo mediante piattaforma centralizzata
- Definizione di schedule di controllo
- Controllo automatico mediante sensori
ambientali installati nei piani

60. Smart Building: Città metropolitana Roma Capitale
La soluzione innovativa proposta rispetto alle soluzioni tradizionali di Building Automation
cablate permette di:
Monitorare
da remoto l’impianto
di illuminazione
e riscaldamento
Razionalizzare
e automatizzare l’uso
dell’impianto di illuminazione
sulla base della presenza
di luce naturale
e della effettiva presenza
di personale;
Predisporre l’azienda
per successive applicazioni
SMART FACTORY
(monitoraggio energetico,
tracking di cose e persone,
automazione impianti
riscaldamento/climatizzazion
e…)

61. Building automation: sistemi installati
N° 1 PC
Embedded CX2020-0121
N° 27 PC
Embedded CX8090

62. Home Automation: infrastruttura della soluzione

63. Home Automation: piattaforma software
Piattaforma automazione di pianoGeo-localizzazione edificio
Piattaforma dello stato
dei sensori/attuatori

64. Thank YOU
for your patience ;-)

65. Contatti
Sede centrale
Beckhoff Automation Srl
Via L. Manara 2
20812 Limbiate (MB)
Tel: +39 02-9945311
Fax: +39 02-99682082
E-Mail: info@beckhoff.it
Web: www.beckhoff.it
© Beckhoff Automation S.r.l.
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Beckhoff®, TwinCAT®, EtherCAT®, Safety over EtherCAT®, TwinSAFE®, XFC® and XTS® are registered trademarks of and
licensed by Beckhoff Automation GmbH. Other designations used in this presentation may be trademarks whose use by third
parties for their own purposes could violate the rights of the owners.
The information provided in this presentation contains merely general descriptions or characteristics of performance which in case
of actual application do not always apply as described or which may change as a result of further development of the products.
An obligation to provide the respective characteristics shall only exist if expressively agreed in the terms of contract.
Ing. Mirko Vincenti
Building & Infrastructure Automation Manager
Diretto: +39 02-99453172
Cell: +39 334-6989351
E-Mail: m.vincenti@beckhoff.it
Beckhoff Building Automation