2024 Hyzon VLIII200-50 200KW Rated Power Fuel Cell System - Hydrogen Fuel Cell
NewSpecifications
Description
2024 Hyzon VLIII200-50 200KW Rated Power Fuel Cell System - Hydrogen Fuel Cell
Hyzon VLIII200-50 single-stack hydrogen fuel cell system rated at 200 kW, 0-800A current, 250-500V. Liquid-cooled design with proprietary membrane electrode assembly and hybrid composite bipolar plates. Six units available with 2024 serial numbers.
Technical Specifications
Model Name: VLIII200-50
Power Output: 200 kW (kilowatts)
Fuel Type: Hydrogen (H₂)
Design: Single-stack fuel cell system
Cooling System: Liquid-cooled
Membrane Electrode Assembly: Proprietary design
Bipolar Plate: Hybrid composite material
S/N: V20008-U2306002
S/N: V20008-U2309001
S/N: V20012-U2403006
S/N: V20012-U2404002
S/N: V20012-U2404003
S/N: V20012-U2405007
Market-Leading Fuel Cell Technology
A proprietary 200kW fuel cell system:
driving 25% lower fuel cell cost at the same total power,
30% lower weight
30% lower volume
20% increase in miles per kg H2
Inspection, shipping & payment
Terms set by Gas Equipment 4 Sale.
Price on Request
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Seller
Gas Equipment 4 Sale
Waxahachie, TX, United States
Business and location confirmed by Metal Mountain.
Questions buyers ask
What capacity and product purity does it produce?
This is a power generation fuel cell system, not a production unit—it consumes hydrogen to produce 200 kW of electrical power at 250-500V and 0-800A. Fuel cells typically require hydrogen purity of 99.97% or higher (ISO 14687 Grade D) to prevent catalyst poisoning and membrane degradation from contaminants like CO, sulfur compounds, and ammonia.
How long was it in service, how long has it been down, and how was it preserved?
These units are listed as new with 2024 serial numbers, suggesting zero or minimal operating hours. The listing does not indicate whether the fuel cells have been wet with coolant or exposed to hydrogen, or what storage protocols have been followed. Ask the seller for actual run hours, any test cycles performed, storage environment (temperature and humidity), and whether membrane hydration or nitrogen purging procedures have been maintained—fuel cell membranes can degrade if allowed to dry out or if contaminants enter during storage.
What is realistically involved in relocating and re-erecting it?
The listing notes this system offers 30% lower weight and volume compared to typical 200 kW fuel cells but does not provide actual dimensions or weight. Request exact weight, dimensions, and any special handling requirements—fuel cell stacks are vibration-sensitive and may require shock-mounting during transport. Installation typically involves hydrogen supply integration (pressure regulation, safety sensors, ventilation), coolant loop connection, electrical integration with appropriate DC bus or inverter, and commissioning that includes leak testing, purging protocols, and polarization curve verification.
General guidance for this type of equipment. Ask about this specific unit in your inquiry — the seller answers directly.