wiva p&g hydrogen initiative model region energy austria · with electricity and hydrogen is...
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![Page 1: WIVA P&G Hydrogen Initiative Model Region Energy Austria · with electricity and hydrogen is possible Slide 4 Hydrogen why? • Storage of electrical energy difficult • Fluctuating](https://reader036.vdocument.in/reader036/viewer/2022081402/5f10738e7e708231d4492cae/html5/thumbnails/1.jpg)
The information contained in this presentation remains the property of HyCentA. www.hycenta.at
WIVA P&G
Hydrogen Initiative Model Region Energy Austria
Vienna, A3PS 18. Oktober 2016 Assoc.Prof. DI Dr. Manfred Klell, DI Dr. Alexander Trattner
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The information contained in this presentation remains the property of HyCentA. Slide 1
Global Background / GHG
historical obervations
historical observations
Dev
iati
on
fro
m t
he g
lob
al
mean
su
rface
-tem
pera
ture
(°C
)
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The information contained in this presentation remains the property of HyCentA. Slide 2
Austrian Background / GHG
Kyoto-Ziel AT-Ziel
EU-Ziel mind. -80 % bis -95 %
Ohne EH
source: UMWELTBUNDESAMT (2015b, c, 2016c)
year
Trend of the GHG-emissions and
scenarios till 2050
Mill. t
on
s C
O2-e
qu
iva
len
t
renewable energy
inventory 1990-2013
with existing measures
with additional measures
with additional measures plus EU-goal at least -80% to -95%
without ET Kyoto-goal AT-goal
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The information contained in this presentation remains the property of HyCentA.
A sustainable emission-free and closed-loop energy circle with electricity and hydrogen is possible
Slide 3
Decarbonisation why?
• Reduction of the emission of pollutants, noise, and GHG
• Reduction of imports of fossil energy (400 b€ / year in EU from political instable countries)
• Reduction of climate damage (weather extremes, climate refugees)
• Increase of efficiency (electrochemical cell instead of heat engine with Carnot efficiency)
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The information contained in this presentation remains the property of HyCentA.
A sustainable emission-free and closed-loop energy circle with electricity and hydrogen is possible
Slide 4
Hydrogen why?
• Storage of electrical energy difficult
• Fluctuating electricity production needs hydrogen as energy storage
• Distribution of energy needs electrical PLUS gas grid
• application in all sectors of traffic, industry, and households
• Mobility: long-range electromobility with short refuelling times
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The information contained in this presentation remains the property of HyCentA. Slide 5
Vision Hydrogen Economy
renewable primary energy
gas grid
gas-storage
power grid
energy storage
storage and
transport
green hydrogen
water
sun
wind green electricity
Power to Hydrogen
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The information contained in this presentation remains the property of HyCentA. Slide 6
Vision Hydrogen Economy Mobility
long refuelling
time
short range
highest efficiency
electricity
storage and
transport
short refuelling
time
long range
high efficiency
hydrogen
application
house-hold
mobility
industry
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The information contained in this presentation remains the property of HyCentA. Slide 7
Vision Hydrogen Economy Household
power generation
photo-voltaics
electrolysis
energy storage
storage and transport
energy autonomic household house-
hold
mobility
industry
application
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The information contained in this presentation remains the property of HyCentA. Slide 8
Vision Hydrogen Economy Industry
storage and transport
industry
application
house-hold
mobility
industry
steel production
green H2
green ammonia
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~ 2/3 of the primary energy consumption are based on fossil energy sources
Slide 9
Energy System Today A
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• Primary energy consumption without fossil energy sources
• Optimisations analog to the Federal Environment Agency
Slide 10
Energy System H instead of C, optimized
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The information contained in this presentation remains the property of HyCentA. Slide 11
Final Consumption H instead of C, optimized
Improved efficiency and substituted fossil energy carriers
0
20
40
60
80
100
space heating and air-conditioning
steam generation industrial furnances stationary engines traction lighting and IT
fin
al e
ner
gy c
on
sum
pti
on
sp
lit in
to s
ect
ors
an
d e
ner
gy c
arri
ers
[TW
h/a
]
gas
oil products
coal
hydrogen
electrical energy
district heat and ambient heat
combustable waste
renewable energy
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The information contained in this presentation remains the property of HyCentA. Slide 12
Application of H2
Today‘s Technology!
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The information contained in this presentation remains the property of HyCentA. Slide 13
Flagship Energy Region WIVA P&G
• Increase of renewable energy production
• Transition to renewable energies requires regionally adjusted solutions
• High potential of wind and sun energy, though fluctuation is very high
• Sustainable energy based on renewables requires respective energy storage
• Hydrogen and synthetic methane represents an ideal energy storage
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The information contained in this presentation remains the property of HyCentA.
Hydrogen Economy in A
12
1
2
3
4
5
6
7
8
9
10
11
13
14
15
Slide 14
source: Fronius Energy supply: 1. photovoltaic power plants, 2. wind power plant, 3. hydroelectric power plant
Energy distribution and storage: 4. natural gas/hydrogen pore-storage, 5. gas distribution with municipal storage,
6. pumped-storage power plant, 7. central electrolysis-/methanation system
Energy Consumption: 8. gas- / hydrogen- / electric filling station, 9. gas power plant, 10. energy-self-sufficient single-family house,
11. energy-self-sufficient radio station, 12. green intra logistics including heavy traffic, 13. Smart City, 14. Smart Village and small
businesses, 15. electromobility (accumulator and fuel cell)
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The information contained in this presentation remains the property of HyCentA.
Contact:
HyCentA Research GmbH
Prof. Manfred Klell (CEO)
+43 316 873 9500
Dr. Alexander Trattner (CTO)
+43 316 873 9502
Inffeldgasse 15 A-8010 Graz
www.hycenta.at
Slide 15