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smart city initiatives and projects in malmo sweden en

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Smart City Projects
The City of Malmö
Trevor Graham, City of Malmö
Sustainable City Hyllie
– concept, content and direction
Peder Berne, Project Manager, E.ON Nordic
Ronny Håkansson, Project Manager, Siemens AB
Luxemburg, December 2011
Energy system transformation with smart technologies is
likely to be most competitive to reach general objectives
CLIMATE POLICIES/POLITICS
Transformation of energy system
Expected cost 1 000 bn € for whole Europe 1
CLEANER
ENERGY
TECHNOLOGY
DEVELOPMENT
Competition &
cost effectiveness
LESS
ENERGY
Regulations,
legislations,
support syst.
Centralized Decentralized
RES gen.
generation
Bio
CHP
Energy
Mgmt
DSM
Smart
grids
CUSTOMER
NEEDS & BEHAVIORS
Low Comfort Security Green
cost & control of supply energy
PV
Mini- Solar
CHP thermal
1. Source: EU - Unit: Energy policy, security of supply and networks
Page 21
Route govern conversion cost
Route – conventional or smart?
New challenges
Demand increase
E-mobilitet
2011
”Smart”
technology
Stability problems
2030
Demand variations
24.00 12.00 24.00
Conventional
technology
Intermittent
generation
Smart sollutions
System to control
and optimize energy
Automated
station
Storage
€ Investment need
Keep existing reserve capacity
plants (fossil fuels)
Invest in conventional production
with balancing capacity
Invest in grid with higher
distribution capacity
Conventional ”Smart”
solution
solution
s
22
A climate contract is signed which defines the joint visions
and ambitions for the Hyllie area
Vision in climate contract:
Hyllie will developed to the region's climate smartest neighborhood and become a
global model for sustainable urban development
E. ON Nordics ambitions for Hyllie:
Support growth within CO2-neutral production and solutions for sustainable
transportation
Provide front edge energy solution that enables smart energy use with ability to link
the supply with the use and behavior
Deliver value to citizens and local businesses through a sustainable city concept
The challenge is to develop competitive solutions while adapting them to tomorrow's opportunities
Page 23
The starting point for a competitive solution is high energy
efficiency as well as integration between infrastructures
Energy balance model
Principles of Energy Concept
Local power
Utilization of local conditions
Decentralized
energy - heat
and power
Infrastructure
High energy efficiency throughout
the value chain
Energy balance 100 % renewable
or recycled energy.
Distributed
Heat and power
Anaerobic
digestion
Hyllie Sustainable City
Organic waste & sewage
Waste for energy recycling
Waste and residues
Waste for material recycling
Demand side management enabler for real time load balance
Hyllie should be a guide for the
entire City of Malmö's work on
sustainable development
Page 24
Areas in scope of concept development in Hyllie
• Demonstrate values from a customer and grid
perspective
Smart Grids
solution
• Develop standardized full-fledged product
concerning e-mobility
E-mobility –
solutions for
electric vehicles
• Provide solutions of integrating distributed energy to
power- and DH grid
Distributed
generation
• Enhance value of integrated supply/grid solution
• Smart portfolio for building and home energy
management
Efficient
energy use
Energy supply
and
infrastructure
Lokal elproduktion
Lokal värmeproduktion
Infrastruktur
Central
produktion
Biogas
Hyllie
• Integrated energy concept with DH as heat solution
• RES investments – focus on wind power
Organiskt avfall och avlopp
Energiåtervinning
Avfall och restprodukter
Materialåtervinning
Short term
Long term
Page 25
Page 25
Smart grid introduction video
Page 26
Integration of renewable energies
changes the paradigms
For traditional energy systems there
is always sufficient controllable
supply
Renewable supply capacity is
uncontrollable - Storage and energy
Management become key to network
balancing
Available supply
Supply
Peak Demand
The "Smart Grid"
Optimising all sources to
balance supply and demand
without impacting Quality of life
Using storage capability where
supply and demand are
imbalanced
Making real time decisions to
maintain availability and quality
Available supply
Using tools and techniques to
manage supply and
consumption to reduce risk
And uncontrollable consumption
And the consumption needs to be flexible
Demand
Customer Demand
© Siemens
2012-12-06
Customer Demand
27
Concept –
Intelligent Energy System for Hyllie
E.ON Energy
Management
Hyllie Energy
Management
DR Gateway
Commercial
Buildings
DR Gateway
Residential
Buildings
Building
Automation
Home
Automation
DR = Demand Response
© Siemens
2012-12-06
28
Thank You for Your attention!
Skanska is a city builder and with that
comes a responsibility to act and
contribute towards sustainable
development.
Magnus Björkander, Skanska Malmö
Publik information
Citybuilder - Universitetsholmen, Malmö
Kv. Tyfonen
Bassängkajen
Kv. Trollhättan
Kv. Gäddorna
KKH
Totally 180.000 GFA (sqm)
Publik information
KKH (Congress, Concert and Hotel), Malmö
90 000 GFA (sqm)
Highly exploited in downtown
LEED with ambition to reach Platina
Utilization of such as geothermal, solar and
wind
Publik information
Klipporna, Malmö-Hyllie
20 000 GFA (sqm)
Precertifierad for LEED with ambition to reach
Platina
GreenBuilding
Deep green cooling and green roofs
Publik information
ZEB – Zero Energy Building, Malmö
Five townhouses in Limhamns Sjöstad,
Malmö
Smart solutions
Living Energy in cooperation with E.ON
Publik information
ZEB – Zero Energy Building, Malmö
Publik information
On a Journey to Deep Green
On a Journey to Deep Green
local codes, standards and
regulations in place
Net Zero Primary Energy
Near Zero Carbon in
construction
Zero Unsustainable
Materials
Zero Hazardous Materials
Zero Waste to landfill
Zero use of portable water
during operation
Trademark of Skanska AB (publ)
Publik information
7
Smart Home solutions
Publik information
Future?
Publik information
HSB
SWEDISH TENANT-OWNER COOPERATIVE
HOUSING ASSOCIATION
•
•
•
•
½ million members
4000 tenant owner associations (BRF)
31 regional associations
HSB National Association
• 350 000 apartments
• 6% of the Swedish population live in an
HSB-apartment
BRF HILDA
•
•
•
•
•
Built 1969 - 1970
ca. 760 apartments
16 properties
ca. 2 500 tenants
Multi ethnical area
Rosengård – Zlatan Ibrahimovi
40
NEED FOR RENOVATION
•
•
•
•
•
Replumbing and bathroom renovation
Energy efficient ventilation
Renewal of radiatiors
Facades renovation
PCB sanitation
41
SUSTAINABLE HILDA
• Individualized metering
(water, household electricity)
• Information system (monitors and
webpage) to change behavior
• Biological waste disposal unit in
every kitchen - for biogas
•
•
•
•
Rainwater collection for toilets
Sunpower system
Electrical bicycle's and bicycle-pool
Climate-coaches
42
EXPERIENCES UP TILL NOW
• Extremely engaged steering board!
• Multi-exertise project group needed
• Difficult to get loans and contribution
for this kind of renovation
• 33millionEUR loan
• 76 000EUR CLICC/Life
• 55 000EUR Delegation for
Sustainable Cities
43
EXPERIENCES UP TIL NOW
• Early information to tenants
• Involve the municipality early in the process
• Best cost efficiency when renovation and energy
efficency measures are done simultaneously
• Extra costs for preparation for future flexibility in
technical solutions are small
• Choose a agreement with the local district thermal
heating company that gives the best return on energy
reduction over the year
• Have wild ideas! Challenge you consultants!
44
LEARN MORE
• www.hsb.se/omhsb/fakta/in-english
• www.hsb.se/malmo/hilda
45
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