01 Jun 2011 -
Tianwei PV solar panel has superb durability to withstand rigorous operating conditions. This Tianwei solar module has a module efficiency of up to 15.0%.
Dimensions (mm): 1956x992x50
Nominal Output (Wp): 235
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Technology: SOFC Electrolyte Powder
Formulation: Gd0.10 Ce0.90 O2- Surface area: 30-40 m2/g Particle Size (d50): 0.3-0.5 µm
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Technology: SOFC Testing
Contains: Precut seals, Aluminum oxide slurry, LSM cathode ink, Nickel metal ink, Precut nickel metal meshes
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Delivery pressure: up to 13.8 & 11.7 bar
Production rates: 600 & 1000 cc/min
Applications: Laboratories, Universities
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Technology: PEM, DMFC and HTPEM
Applications: Fuel Cell Stack Design
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Technology: PEM Single Cells
Active Area: 25 cm˛
Applications: PEM Cell Characterisitics and Education
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Power Ranges: LTPEM/HTPEM 50W-250kW SOFC Single Cell - 100kW
Technologies: LTPEM, SOFC &HTPEM
Features: Optional fully integrated diagnostic tools, Fully automated and software controlled, with user-friendly, 24/7 intelligent automation capability, CE Rating
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Power: 5kW Modules
Fuel: Hydrogen
Applications: Telecoms, Data Centres, Base Stations & Critical Networks
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Technology: SOFC Electrolyte Powder
Formulation: (Y2O3)0.08(ZrO2)0.92 Surface area: 3-7 m2/g Particle Size (d50): 0.9-1.2 µm; d80 <5 µm
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Power: Max 5kW
Fuels: Diesel, Petrol, Biofuels
Applications: Telecoms, Backup Power, APUs/Range Extenders, Marine
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Technology: SOFC
Facilities: Formulation, Protoyping, Tape Casting, Substrate Dispensing, Coatings, Air Firing and Custom Components
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Technology: Heat Exchanger Components
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Power: 1.7kW Modules
Fuel: Hydrogen
Applications: Telecoms, Base Stations & Critical Networks
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Power: 1 to 7 kW
Fuel: Hydrogen
Applications: Stationary and Transportation Power
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Technology: SOFC Anode/Cathode Materials
Specs: 20, 25, 28 and 32 mm disks
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Technology: SOFC Cathode Powder
Formulation: 50% by weight (La0.60 Sr0.40) (Co0.20 Fe0.80) 03-x, 50% by weight (Ce0.9Gd0.1)O1.95 Surface area 3-7 m2/
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Technology: Heat Exchanger Components
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Applications: Reducing Ink/Paste viscosity for brush-painting, spraying or other reduced viscosity deposition methods
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Technology:SOFC Testing
Contains: 1 pair 28 cm2 manifolds, 1 Furnace (Optional), Specially configured NextCells™, Precut seals and alumina slurry, LSM cathode connection ink, Nickel metal anode connection ink...
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Technology: PSA
Output Pressure: 0 - 7 barg (0 to 100 psig)
Flow Rate: 5000cc/min
Applications: CC - ICP
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Technology: Fuel Processing Catalyst
Specs: Reforming of Methanol at 200 - 300°C.
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Technology: SOFC Electrolyte Powder
Surface Area: 12.0 +/- 2.0 m2/g Particle Size: 0.30 +/- 0.20 µm. Formulation: Gd0.10 Ce0.90 O2-
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Technology: SOFC, HTPEM, PEM, PAFC and MCFC
Characteristics: Managment of problematic temperature variations
Applications: Heat Exchangers, Insulation and Manifolding
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Technology: SOFC Anode Powder
Surface Area: 3-7 m2/g
Partial Size: d50 .5 - 1.5 micrometers
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Technology: SOFC Single Cell
Specs: 10 cm x 10 cm square cells with 9 cm x 9 cm active electrode areas, Zirconia-based Hionic electrolyte is 120 microns thick, LSM/LSM-GDC cathode system is 50 microns thick, Ni-YSZ/Ni-GDC anode system is 50 microns thick
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Technology: SOFC Innterconnect Sheets
Dimensions: 100 mm x 100 mm, 170 mm x 170 mm
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- Includes humidification and drying stages and dual mixture output.
- Up to 7 input gases (Swagelok quick-connects, 2-12 bar)
- Selection of 3 input gases for mixing
- 2 individual mixtures routable to 4 outlets
- Mixer and outlets at near-atmospheric pressure
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Technology: Oil Free Piston Compressor
Output Pressure: 0 to 8 barg (0 to 115 psig)
Flow Rate: 20 SLPM
Applications: Laboratory Air Compressor
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Power: 2kW
Fuel: Hydrogen
Applications: UPS, Backup Power, Remote Power
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- Gases: Default Air, Ar, and H2. Others by order or flow conversion factors.
- Flow control and readout: "red-y" units with manual needle valve, thermal mass flow measurement, and internal battery.
- Measurement range: Default 1-50 ml/min. Others on order.
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Subject Areas: Fuel Cells and Hydrogen
Language: German
Frequency: Quarterly
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- Automatic hardware shutdown and purge gas for safe, reliable operation
- Zero volt capability of button cell testing
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Testing software for user-friendly computer-controlled cell operation and experimentation
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Technology: SOFC
Facilities: Membrane Fabrication & Patterning, Screen Printing and Optical Measurement System wih Laser
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Technology: SOFC Button Cell
Specs: 5 x 5 cm Cells, 4 x 4 cm active area
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Technology: SOFC Sealing
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Delivery Pressure: 30 bar (435 psi)
Production Rates: 10, 20 & 30 Nm3/hr
Applications: Hydrogen Fueling Stations. Forklifts to Buses
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Available sizes: 20 mm, 25 mm, 32 mm, 50 mm, 5.08 x 5.08 cm2 squares with rounded corners
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Technology: SOFC Electrolyte Powder
Formulation: Sm0.20 Ce0.80 O2- Surface area: >100 m2/g Primary crystallite size: 5-10 nanometers Secondary particle size: softly agglomerated
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Fuels: Methanol and Ethanol
Packaging:: Cartridges, Bottles, Cans, Drums and Tankers
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Technology: SOFC Cathode Powder
Surface Area: 12.0 +/- 2.0 m2/g Particle Size: 0.30 +/- 0.20 µm. Formulation: Mn1.5 Co1.5 O4-
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Technology: SOFC Cathode Powder
Formulation: 50% by weight (La0.80 Sr0.20) Mn 03-x, 50% by weight (Ce0.9Gd0.1)O1.95 Surface area: 3-7 m2/g
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Technology: SOFC Anode/Cathode Materials
Specs: 2mm diameter, 3-4mm long
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Power: 5kWe
Fuels: Natural Gas
Applications: Domestic CHP
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Delivery Pressure: 218 & 435 bar (15 & 30 psi)
Production Rates: 2, 4 & 6 Nm3/hr
Applications: Gas, Turbine Cooling, Materials Processing and Semiconductor Electronics
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Technology: SOFC Electrolyte Powder
Formulation: Gd0.10 Ce0.90 O2- Surface area: 5-8 m2/g Particle Size (d50): 0.3 to 0.5 µm
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Technology: SOFC Interconnect Coating
Surface area: 4-8 m2/g Particle size: d50 0.3 – 0.7 micrometers
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Technology: SOFC Cathode Powder
Formulation: La0.60 Sr0.40 Co0.20 Fe0.80 O3- Surface area: 4-8 m2/g Particle Size (d50): 0.3 to 0.6 µm
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Technology: Fuel Cells, Hydrogen Technology & Waste to Energy
Characteristics: Independent, Turnkey and Unique Experience
Applications: CHP, Telecoms, Hydrogen Infrastructure and Power Stations
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Technology: SOFC Anode Powder
Surface Area: Not more than 1 m2/g Partial Size: d50 12-22 microns
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Formulation: (Y2O3)0.08 (ZrO2)0.92 Surface area: 1-3 m2/g Particle Size: nominally 3-5 µm
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