Essential Steps towards New Pathways to Commercialization ... · New Pathways to Commercialization...
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H 2 2 Storage Fuel Cell + -- DC H 2 2 20,5 L H2 Hydrogen fueling station 2 Storage Fuel Cell + -- DC H 2 Storage 2 Storage Fuel Cell + -- DC 2 Storage Fuel Cell + -- DC H 2 O 2 Oxygen Nitrogen Hydrogen Reduced metal-oxide Receiver: 2nd stage 800 ° C N 2 1200 °C H 2 tor Receiver / Reactor H 2 2 20,5 L H2 2 Storage Fuel Cell + -- DC H 2 Sun DC O x y g e n + -- Water Heat 362586 4369 K-63 526120 4370 K-62 862271 4368 K-64 951731 4371 K-61 862271 4368 K-64 Fuel Cells ... also fueling mobility! Water Receiver: 1st stage 100 kW pilot plant, tested at PSA, Spain, developed by ITT@German Aerospace Center – DLR with European partners (HYDROSOL I and II) Transmission of 600 MW: High-voltage grid 220 and 380 kV, 200 ft high (60 meters) Transmission of 600 MW: Hydrogen pipeline 2 ft diameter (0.6 meters) Receiver: 2nd stage Receiver: 1st stage 2 www.fair-pr.com [email protected] Storage O 2 Step 4: Implement “golden” hydrogen as energy carrier Step 1: Use sunlight as primary energy only New Pathways to Commercialization of Hydrogen and Fuel Cells Essential Steps towards a Hydrogen Society 2 Step 3: Generate sustainable “golden” hydrogen Step 5: Convert hydrogen decentralized > to electricity > to heat > to water Step 2: Deploy Concentrating Solar Power (CPS), decentralized H 2 tor Receiver/Reactor Hydrogen S u n Hydrogen fueling station
Transcript of Essential Steps towards New Pathways to Commercialization ... · New Pathways to Commercialization...
H2
2
Stor
age
FuelCell
+ --DC
H2
220,5 L H2
Hydrogen fueling station2
Stor
age
FuelCell
+ --DC
H2Storage
2
Stor
age
FuelCell
+ --DC
2
Stor
age
FuelCell
+ --DC
H2
O2Oxygen
Nitrogen
HydrogenReduced metal-oxide
Receiver: 2nd stage
800°C
N2
1200°C
H2tor Receiver / Reactor
H2 220,5 L H2
2
Stor
age
FuelCell
+ --DC
H2
Sun
DC
Oxygen
+ --
Water Heat
3 6 2 5 8 64369
K-63
5 2 6 1 2 04370
K-62
8 6 2 2 7 14368
K-64
9 5 1 7 3 14371
K-61
8 6 2 2 7 14368
K-64
Fuel Cells
... also fueling mobility!
Water
Receiver: 1st stage
100 kW pilot plant, tested at PSA, Spain,developed by ITT@German Aerospace Center –DLR with European partners (HYDROSOL I and II)
Transmission
of 600 MW:High-voltage grid220 and 380 kV,200 ft high(60 meters)
Transmission
of 600 MW:Hydrogen pipeline2 ft diameter(0.6 meters)
Receiver: 2nd stage
Receiver: 1st stage
2
Storage
O2
Step 4:
Implement “golden”hydrogen asenergy carrier
Step 1:
Use sunlight asprimary energy only
New Pathways to Commercialization of Hydrogen and Fuel Cells
Essential Steps towardsa Hydrogen Society
2
Step 3:
Generatesustainable “golden”hydrogen
Step 5:
Convert hydrogendecentralized> to electricity> to heat> to water
Step 2:
Deploy ConcentratingSolar Power (CPS),decentralized
H2tor Receiver/Reactor
Hydrogen
S u n
Hydrogen fueling station
