The document summarizes a presentation by Roland Stulz on achieving a 2000 Watt society through greater energy efficiency and sustainable lifestyles. It outlines the goal of reducing fossil fuel use by 50% by 2050 and examples of initiatives in Basel, Zurich, and other parts of Switzerland to promote buildings, neighborhoods, and communities that consume far less energy per capita through innovative designs, renewable energy, and behavioral changes. Key strategies discussed include establishing energy-efficient landmark projects, improving existing buildings, developing 2000 Watt-focused neighborhoods, and motivating lifestyle changes through community engagement and storytelling.
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The great vision of a 2000 Watt Society
1. IEA DSM Workshop
The 2000 Watt Society:
From Efficiency to Lifestyle
Roland Stulz
Co-Founder 2000 Watt Society
Horw, 15th October 2013
2. A Novatlantis Initiative:
The 2000 Watt Society
12000
Watt per Capita
10000
8000
6000
4000
2000
0
India
China
World
Europe
USA
3. An ambitious way to go
non fossil Energy
fossil Energy
Watt per capita
embodied energy for fossil energy
1960
Intermediate Goal:
50 % Reduction
of fossil Energy by 2050
2000
1to CO2
500
5. We know what we have to do
SUV
10 litres/100km
(Fossil Fuel)
Existing
Buildings
10 litres oil/m2
Fossil
Energy
(oil, gas, coal)
"Waste
Society"
350 kg/year*person
2005
2050
Light Weight
Mobility
2 litres/100km
Green
Buildings
2 litres oil/m2
Renewable
Energy
sun fuels
Closed Resource
Cycles
6. Starting with Pioneers:
Partnerships for Sustainability
Basel
Sustainable
ETH Sience City
2000-Watt
Novartis Campus
Hy-Light
H2 concept car
CLEVER
Low Emission
Biogas car
Zero Carbon
EAWAG
Headquarter
Worlds cleanest
Diesel Truck
Engine
Erlenmatt
2000-Watt
Housing
Zero Carbon
Hospital
Geneva
Sustainable
Neighbourhoods
Health and
Happiness
Zurich:
Referendum November 2008:
2000-Watt-Society integrated
in the Town Constitution
77% voted YES
7. Starting in Basel 2001: Transportation
Laboratory
Case Study
Mobility Basel
Public Private
Partnership / CEV an
Autosalon Genf
Rallye 21
Natural Gas Vehicles / Bus
Fleets
Hy-Light
2005
Stakeholder
Dialogue
2006
2004
2007
2003
2002
Akzeptanzstudien/
Zielgruppenanalyse
2008
2009
HyMuve
CEV
8. Basel: Bottom-Up Approach
•
•
•
•
•
•
•
•
2000-Watt-Society in the „Politikplan“
Transportation Laboratory
Landmark New Buildings
Incentive Programme Pilot and Demonstration Buildings
Minergie-P Renovation Award
Landmark Projects with „Wirtschaftsförderung beider Basel“
Project „CO2 neutral Administration“
Sustainable Neighbourhood Developments:
Dreispitzareal and Erlenmatt
2000-Watt-Novartis Campus
IWB Visitor Center
Two-Catcher
Minerige-P Renovation Cosy Place
9. Top Down Approach: 2000 Watt Zurich
Taskforce 1
Mayor
Energy/Resources Strategy
Sustainability TOR
Project Champion
Strategic
Partner
Steering Comittee
Taskforce 2
Stakeholders Participation
Students, NNN, Staff
Taskforce 3
Design
Integrated Plannimg
Communication
Project Management
Taskforce 4
HVAC
Project Manager
Quality Control
Implemetaion of
TOR
General Contractor
Architects
Taskforce 5
IT, Smart Grid
Taskforce 6
Facility Management
10. Energy Masterplan of City of Zürich
Priorities
Goals
6
1. Sufficiency
Primärenergie-Verbrauch total
Anteil Primärenergie
erneuerbar
5
Treibhausgas-Emissionen
4000
4
3000
3
2000
2
1000
1
0
0
2005
2020
2035
2050
Treibhausgasemissionen in Tonnen
Primärenergie in Watt pro Kopf
5000
2. Efficiency
3. Renewable Energies
11. 2000 Watt Activities in Zürich
Strategy Paper 2000 Watt-Gesellschaft
Action Plans
- Energy Efficiency
- Renewable Energies
- Efficient Electricity
Energy Coaching
Landmark Buildings
Public Procurement
Lifestyle Scenarios
Communication Handbook
Züricher 2000-Watt-Days
"Sportlich zum Sport"
LIFEfair
Eco-Kompass for SME
Corporate Partnerships "Sustainable Zürich„
Stand der Dinge: Building the 2000-Watt-Society
12. Behaviour becomes a Priority inZürich
Sufficiency
strategy
City Council
2000-Watt
Urban Structures
Research Study
……
Energy Research
City of Zürich
Focus on Households
AfS
Sufficiency
without Users
User Behaviour
Sufficiency
SMART-Metering
Test Program
ewz, Administration
Research Study
AHB
Mobility Conzept
for Housing Projects
Sufficiency Path
Energy
Research Study
AHB
Guidelines AHB/LVZ
Behaviuour in
Housing
Research Study
13. Landmark of «Sufficiency»
Genossenschaft Kalkbreite
Goals: «Minimize the
individual space, add
common spaces and flexible
rooms for rent
Individual space:
30-35m2/Person
including room sharing and
common areas
MINERGIE-P-ECO
SIA-Effizienzpfad Energie (2000 Watt)
SIA 112/1
14. Masterplan Energy:
Processes, Controlling
Measure Planning
Corrective measures
(service departments)
Reporting to City council
•Measure Controlling
•Energy/CO2-Balance, Environmental Report
•Verification Masterplan Energy
•Structural Report
4-annually 2-annually
Annual
process
annually
Measure Controlling
(service departments,
Energy deputy)
Masterplan
Energy,
Energy Planning
Structural
Report
Energy/CO2Balance
Environmental
Report
Realization of measures
(service departments)
17. Motivation through Beacon Projects
Neubau der Forschungsanstalten
Eulachhof, Winterthur
Stadtspital Triemli, Zürich
Novartis Campus des Wissens
DB-Areal (Erlenmatt), Basel
Science City, ETH Hönggerberg
18. Key Factor Buildings:
Focus in Basel and Zürich
40% of globally available resources are used for building
construction and operation of buildings
70% of total waste comes from building construction
50% of total energy consumption is for buildings
Industry, Services, Agriculture: 20%
›
Transportation: 31%
›
Buildings: 49%
whereof 68% fossil Fuel
19. Energy Efficiency in Buildings: Factor 10
240
226
Electric Plug-in
33
Hot Water
200
[ kWh / m 2per year ]
24
166
160
Heating
22
22
120
119
22
169
17
80
62
122
40
17
80
17
28
0
Average
Building Stock
Switzerland
SIA 380
Canton Zurich
Building Code
Minergie
34
21
1
11
Minergie P
20. Renovation remains
greatest Challenge
CCEM Projekt:
• integrales
Gebäudekonzept
• keine technischen
Kompromisse
• wenige beteiligte
Unternehmen
• gut koordinierte
Module
• Qualitätssicherung
• effizienter, schneller
Produktionsprozess
Karl Viriden, 2007
21. The better Scale:
2000-Watt Neighbourhood
Richtiareal Wallisellen:
• 500 apartments
for 1200 inhabitants
• over 3000 workplaces
• Ca. 127,000 sqft. shops
• green pedestrian parks
• public transportation
• certified 2000-Watt project
22. White Cat: Smart Transportation Model
…for shopping, commuting, visiting,…
based on IT-Plattform
with a focus on
families and seniors
22
23. A complex Message:
Energy Hub, Micro Grid
•
•
•
•
Supply / Production in all networks
Demand /production not synchronous
Local storage and transformation into
other forms of energy
better local energy production and
demand ialignement causes less costs
in the next uppward network
Use of Excess Heat
Mobility
Geothermic
Wind
Photovoltaik
Solarthermal
H2 Storage
Combined heat/electricity
production
Biomass
Hot Water
Battery
Biogas
FC
H2 to NG
Methanisation
Heat
Electricity
Natural Gas
Micro Grid
• Modelling
• Dimensioning
• Control
24. 2000 Watt Society becomes
a National Program
SH
20 Cantons
BS
over 100 Towns
BL
JU
Bodensee Interreg
TG
AG
ZH
AR
Solothurn
SO
SG
LU
ZG
Luzern Zug
NE
SZ
BE
VD
GL
OW
UR
FR
GR
TI
Three 2000 Watt Offices (D / F / I)
Partner
GE
Fachstelle
Finanzierung
VS
Berater
Zielgruppen
Vermittlung
Beratung
Reporting
Bundesämter
SIA
EnergieSchweiz
Universitäten
etc.
Ausbildung
ESfG
Experten
Information / Kommunikation
Projekte
Gemeinden
Planer
Investoren
Hilfsmittel / Vernetzung
Kommunikati
on
Dienstleistung/Beratung/Projekte
Vernetzung
Bezahlung
Politik und Gesellschaft
Unternehmen
25. Variety of Norms and Labels…
ESI (CCRS)
Ressourcen
Resources
WirtschaftsBusiness
strukturen
Environment
Wasser
Water
Safety
Sicherheit
Energie
Energy
Security
Soziale
Social
Strukturen
Mobilität
Transportation
Structure
Wohnraum
Living Space
Siedlung
Urban
Environment
Kom fort
Comfort
27. The Great Challenge: Lifestyle Scenarios
and Storytelling
Pioneer Family,
2 Children,
Single, 28y
9000 Watt
9000 Watt
3000 Watt
ST/Novatlantis/ISCN/090611_ISCN_Lausanne
28. Calculate your personal
Energy / CO2 Balance
Public
Procurement
General
Consumption
Car
Plane
Public
Transport
Food
Car
ÖV
Ernährung
PKW
Housing
Wohnen
http://eco22.ecospeed.ch/privat
38. Factor 3 Reduction through
Efficiency+Behaviour
inefficient old
building
average
building
Plug-ins
efficient new
building
Lighting
Ventilation
Hot Water
Heating
39. Many decisions to be taken
gen. electricity
var. plugins
home office
electronics
dryer
Washing machine
Fridge,Freezer
dishwasher
cooking,baking
lighting
inefficient
equipment
average
equipment
efficient
equipment
efficient
equipment
sufficient
usage
efficient
equipment
average
usage
42. Change happens…
…stimulates innovation
…offers market leadership opportunities for
industry and service providers
2005
…reduces dependency of imported resources
Thank You
www.2000watt.ch
2050
42