factors and climate Energy consumption for space heating Dr sc ETH Matthias Berger Head of Assessment CC TES Lucerne Switzerland City ID: 811139
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Slide1
Feedback
between anthropogenic factors and climate: Energy consumption for space heating Dr sc ETH Matthias Berger Head of Assessment @CC TES
Slide2Lucerne
/ SwitzerlandCity center of 50’000 inhabitants>2.5 million lodging nights p.a.
Slide33 Professors
& 27 Research associates‘Swiss Symposium Thermal Energy Storage’ Material characterization in the analytical labPilot plants
and
fundamental research
System
modelling
and
optimization
of
components
Competence Center
Thermal Energy Storage
(CC TES)
Slide4Main Research Areas
Latente HitzespeicherTemperature stabilityLatent heat storageSeasonal
energy
storages
Assessment
of
storage
Slide5Philipp
SchützLudgerFischerAnastasia StamatiouDamian GwerderSilvan
von Arx
Simon
Maranda
Remo
Waser
Benjamin
Schroeteler
Stefan
Frehner
Patrick
Meyer
Roman Durrer
Oliver Fellmann
Jörg Worlitschek
Stefan Krimmel
Willy Villasmil
Roger Zimmermann
Stephanie
Snoek
Matthias
Berger
Rebecca
Ravotti
Marcel
Troxler
David
Schiffmann
William
Delgado
Damian
Gwerder
Janine
Leiggener
Sebastian Ammann
Andreas
Melillo
Yasser Baddour
(Zivi)
Roger
Buck
(Zivi)
Poppy
O’Neill
Competence Center
Thermal Energy Storage
(CC TES)
Slide6Infrastructure
Research facilitiesLatent heat storages (10- 500 l)Sensible storagesPhase Change Dispersions test rigPhase Change Slurries test rig
Slide7Analytical lab
Beckmann-CoulterEasy Max
Thermogravitemtric
analysis
(TGA)
Differential Scanning
Calorimerty
(DSC)
Transient-Hot-Bridge (THB)
Lumisizer
Gas
chromatograph
Infraredspectroscopy
(FTIR)
Dynamic
Mechanical
Analyzer (DMA
)
Slide8Partners & Cooperation
Swiss Competence Centers for Energy Research International Energy AgencyProcess Net Fachgruppe Thermische Speicher Forum EnergiespeicherVerein Deutscher Ingenieure (VDI)energiecluster – IG SpeicherAIT, AustriaBRGM, FranceLAMTE, Dalhousie University, Canada
TU Wien, Austria
TU Eindhoven, Netherlands
Heriot
-Watt
University,
Scotland
Universitat
de
Lleida, Spain
V-Zug
Mettler Toledo (Instrumentation)
Fafco
S.A., Bienne
Falkeis
Architects
Vaduz, Vienna
Regionalwerke Baden
Hybridwerk
Aarmatt
/ Solothurn
Nussbaum AG
BMS-Energietechnik AG
Step-Tec
AG
Leutenegger
+ Frei
Walter Meier AG
Sunamp
Ltd
. /
Edingburgh
Swisscom
Energy
Solutions
Slide9Swiss Symporium Thermal Energy Storage
Next dates:26 January 201825 January 2019
Slide10Juxtaposing climate and anthropogenic factors
Slide11Background:Energy and Heat
Energy end-use by sector34.11 million tons CO2 from combustion of fossil fuels, which is 71% of all GHG emissions (in 2016), 17.86 million tons for space heatingKyoto target
: reduction by 10 million
tons by 2030
M
. Berger, J. Worlitschek, “A novel approach for estimating residential space heating demand”,
Energy, 159: 294-301, 2018.
Slide12Background:Energy System Models
M. Berger, J. Worlitschek, “A novel approach for estimating residential space heating demand”, Energy, 159: 294-301, 2018.
Slide13Background:Energy and Heat
M. Berger, J. Worlitschek, “The influence of climate trends on heating and cooling demand”, Weather and Climate Extremes, [in review].
Slide14Background:Heat and Climate
M. Berger, J. Worlitschek, “A novel approach for estimating residential space heating demand”, Energy, 159: 294-301, 2018.M. Berger, “Heating and cooling future of Europe and interactions with electricity”, IEEE - European Public Policy Committee, 2018.
Slide15From Climate Norm Periode to Trends
Slide16Results:Energy, Heating and Cooling
Slide17Results:Energy, Heating and Cooling
Slide18Results:Energy, Heating and Cooling
Slide19Results:Energy, Heating and Cooling
Slide20From Climate Norm Periode to Trends
Slide21CH2018 by C2SM
Slide22Key TakeawaysEnergy-related modelling & simulation is
based on historical data for consumption and demand in combination with scenarios for future trendsModels address challenges posed by climate change and propose technological change to counter anthropogenic effectsAnthropogenic factors are influenced by climate change, therefore scenarios should include the feedback This bidirectional feedback loop has net reduction effect on energy consumption for heating, but increases the need for cooling during summer (in CH)
Slide23The End
Thanks!