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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
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
)
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
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)
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
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
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
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
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
The information contained in this presentation remains the property of HyCentA.
~ 2/3 of the primary energy consumption are based on fossil energy sources
Slide 9
Energy System Today A
The information contained in this presentation remains the property of HyCentA.
• Primary energy consumption without fossil energy sources
• Optimisations analog to the Federal Environment Agency
Slide 10
Energy System H instead of C, optimized
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
The information contained in this presentation remains the property of HyCentA. Slide 12
Application of H2
Today‘s Technology!
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
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)
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
