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

www.fair-pr.comarno@fair-pr.com

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