Filter products

Type of Compressor

Type of Cooling

Type of Fuel Cell

Type of Heat Exchanger

Type of Tank

Max Storage (in kg H2)

Flow Configuration

Max Power (in kW)

Nom. Oper. Pressure (in bar)

Pressure Drop (in bar)

Min Amb. Temperature (in °C)

Max Current (in A)

Max Input Voltage (in V)

Max Output Voltage (in V)

Max Mass Flow (in g/s)

Volume Water equival. (in L)

Max Compression Ratio

Max Rotational Speed (in rpm)

Type of input current

Electronic Control Interface

H2 output (in Kg/day)

Fuel Quality Grade

Ingress Protection Rating

Filter products

Typ des Kompressors

Art der Kühlung

Typ der Brennstoffzelle

Typ des Wärmetauschers

Typ des Tanks

Maximale Lagerung (in kg H2)

Fluss-Konfiguration

Maximale Leistung (in kW)

Nennleistung (in kW)

Nom. Betrieb. Druck (in bar)

Druckabfall (in bar)

Min. Amb. Temperatur (in °C)

Maximaler Strom (in A)

Maximale Eingangsspannung (in V)

Maximale Ausgangsspannung (in V)

Maximaler Massendurchfluss (in g/s)

Volumen Wasseräquivalent. (in L)

Maximales Verdichtungsverhältnis

Art des Eingangsstroms

Elektronische Steuerschnittstelle

H2-Ausgang (in kg/Tag)

Kraftstoff-Qualitätsstufe

Schutzart für Eindringlinge

MRL 7

Prototype Manufacturing System

Manufacturing Readiness Level 7 (MRL 7) requires to answer all questions below with “YES”:

Prototype system built on soft tooling, initial sigma levels established?
Ready for low rate initial production (LRIP)?
Design changes decrease significantly?
Process tooling and inspection and test equipment demonstrated in production environment?
Manufacturing processes generally well understood?
Machines and tooling proven?
Materials initially demonstrated in production and manufacturing process and procedures initially demonstrated?
Design to cost goals validated?

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