Siemens vision of the campus of the future. f you are working in the area of the intelligent campus and have an interest in the work being undertaken in this space, we would like to invite you to attend the third of our community events. This community of practice gives people a chance to network, share practice and hear what various institutions are doing. You will have the opportunity to discover more about our intelligent campus project and our work in this space.

1. Campus of the future
January 17, 2019
Jonathan Pokorny – Siemens Building Technologies
siemens.comConfidential © Siemens AG 2019

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Technology
Smart campus trends provide opportunities for new innovative
business models for universities and cities
Campus landscape as we see it
Source: IoT unit
Energy
• Renewable energy
• Low-carbon heat
• Grid-inter. buildings
• Virtual power plants
• On-site storage
• …
Security
• Biometric verification
• Smart integrated
CCTV systems
• Mass-notification
system
• …
Students
• Student demographic.
• Increasing student
expectations
• Increasing competition
• Startups / incubators
• …
Mobility
• Connected
autonomous vehicles
• EV charging.
• Future mobility
solutions
• …
Buildings
• "Digital twin"
• Performance monitoring
• Future-proof design
• Interactive building.
• Digital asset management
• …
Police
Financing
• Government funding
• Green financing
• Build-own-operate
models
• …
IoT platforms Blockchain Big Data Artificial intelligence

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Siemens in UK

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Siemens helps its customers to capture the digital potential
strategy to implementation
Source: IoT unit
Police
1
For discussion
Holistic
digital strategy
Ideation and
business model
Service design Mock-up
Functional
prototyping
Solution
development
Implementation

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Growing university partnerships
Examples: Sheffield, Newcastle, Lincoln, Keele….

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Reduce 4096 t CO2 per year
by 2021
No upfront capital
Reduction of annual cost for
electricity (₤2' p.a.)
Integrate renewables and
battery storage into SEND
Align with research objectives
of University
Keele University
Smart Energy Network Demonstrator, SEND
Source: IoT unit
Customer Objectives

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Beyond Energy and Asset Efficiency
Energy and asset
efficiency
Space
efficiency
Individual
Productivity
£30
for utilities
£300
for rent
£3,000
for people
Our Smart Space vision goes beyond energy and space efficiency by focusing on estate managers and building users
needs and business processes

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A Smart campus needs smart management
How much maintenance is needed, where and when?

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Siemens Navigator
Cloud-based energy and sustainability management platform
Automated
transfer Manual data upload
Metering
BAS
Weather
Utility
csv or text files
Directly in Navigator
Manual data input

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Space Utilisation
Page 13
Self forming
wireless network
based on the
IEEE 802.15.4
standard.
Operates in the
2.4 GHz ISM
spectrum

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Detailed analysis of different space types
Rolling over each
zone gives
Utilisation &
Occupancy %
Sliders make
utilisation & hour
thresholds easy to
adjust
Color coding
provides quick
understanding of
which spaces are
well-utilised
zoning tool allows for easy zoning of
space into customer defined
categories

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High-level Dashboard to view multiple buildings and trends
Regularly achieve utilisation
improvements of 10-25%

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Can a Smart building have a negative impact?
1,000
ppm
2,500
ppm
Effects of CO2
Score in tests at
1,000 and 2,500 ppm
Source: NIEHS; Environmental Health Perspectives, http://dx.doi.org/10.1289/ehp.1104789;
Basic activity Use of
information
Initiative
1,000
ppm
2,500
ppm
1,000
ppm
2,500
ppm
35%
reduction
Performance100%
60%
reduction
91%
reduction
Note: <1’000 ppm is considered good

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WellbeingEnergy
Effect of energy saving on wellbeing
Modern buildings are practically airtight
Old buildings
Well ventilated
• Windows
• Doors
• Chimney
• Etc.
New buildings
Practically airtight

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MindSphere - the cloud-based adaptive open IoT platform
Field devices
and IoT
connectivity
across all
domains and
beyond
Powerful applications and
digital services
IoT operating system as
digital service offering
Connecting real things to
the digital world
Closed-loop innovation
with end-to-end digital twin
© Siemens AG 2018
Digital twin
IoT
operating system
Applications and
Services
Building infrastructure
Smart Meter
Totally Integrated Power
Microgrid
Controller
Smart devices for energy
Microgrid,
Prosumers
Distributed
Generation
Meters Inverters,
Storage
Power
Distribution
Connects and monitors assets and systems,
analyses and predicts to create new insights
…

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MindSphere - the cloud-based adaptive open IoT platform
Security
Designed from the ground up as a secure
cloud based IoT platform
Multi-layer per ISA 99/IEC 62443 and ISO
27001/BSI
Data in motion encrypted 256 bit SSL/TLS
The MindSphere customer is the owner of
the data and controls the authorization
levels

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Siemens the strategic partner for the IoT journey
to the campus of the future
Pain
points
Holistic
digital
strategy
Ideation and
business model
Service design
Mock-up
Functional prototyping Solution development
Vision
Blueprint for future
role of universities
and holistic value
proposition
Use cases
Increase productivity by
customized workplaces
Business model
Operation of autonomous
campus-taxi fleet
Minimum viable product
Visualization of asset demand (e.g., laboratory
equipment), scenarios and prediction of peak loads
Implementation
Fully operational solution
Scaling of Smart Grid from
pilot to whole campus
Concept design
Integrated site security concept including fire
safety systems, intrusion detection, and
security drones or vehicles
Proof of concept
Quantification of OPEX savings
via building performance monitoring
Source: IoT unit
• Green and sustainable campus
• Exciting student experience
• Capex reduction
• OPEX efficiency …
Goals
• Cost pressure
• Rapidly changing technologies
• Unknown requirements
• Uncertainty
Pain
points

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Thank you
siemens.com/mobility-services
Jonathan Pokorny
Siemens Building Technologies
jonathan.pokorny@siemens.com
+44 7880 740 386
Source: IoT unit