FKW hydrogen filling and refuelling compressor configurations — FENDY Jinkaiwei (Changshu)

Datasheet

Product overview

Power: 30–200 or 30–185 kW motor bands · Pressure: 45 / 90 MPaG configurations · Flow: 200–2000 / 100–1000 Nm³/h envelopes

The official hydrogen filling table separates two high-pressure envelopes: 45 MPaG discharge with 3–20 MPaG inlet, 200–2,000 Nm³/h and a 30–200 kW motor band; and 90 MPaG discharge with 10–30 MPaG inlet, 100–1,000 Nm³/h and 30–185 kW. Both list one or two stages. These are configuration ranges, not a single guaranteed operating point or constant capacity at every inlet pressure.

Give the source-storage pressure curve and replenishment schedule, hydrogen analysis, buffer/cascade arrangement, daily volume and peak filling events. Request capacity and absorbed/package input across the actual suction range. Preserve the normal-volume reference: production-feed figures in Nm³/min are a separate table, not per-hour filling capacities.

Specify the boundary between compressor skid, source treatment, storage, dispensing, cooling, ventilation and controls. Agree safe vent/recovery handling, detection/interlocks, utility conditions, actual package dimensions and service access. The 70 MPa rating of a receiving vehicle/station application does not by itself define compressor discharge or dispensing protocol.

Obtain the offered model and complete performance sheet, factory/site test plan, measurement tolerances, commissioning and warranty scope. The official blue package photograph illustrates the hydrogen category; it is not proven to be the government-reported test unit. A dated project's shaft-power result must not be substituted for this catalogue's motor band or whole-station electricity use.

Catalog reference	FKW-HRS
Machine	Process gas
Power	30–200 or 30–185 kW motor bands
Working pressure	45 / 90 MPaG configurations
Published flow	200–2000 / 100–1000 Nm³/h envelopes
Air quality	—
Duty	Energy / gas
Supply	Not specified
Plant	FENDY Jinkaiwei (Changshu)
45 MPaG discharge envelope	Inlet3–20 MPaG;flow200–2000 Nm³/h;motor30–200 kW;1–2 stages
90 MPaG discharge envelope	Inlet10–30 MPaG;flow100–1000 Nm³/h;motor30–185 kW;1–2 stages
Range meaning	Separate configuration envelopes;not simultaneous endpoints
Flow basis	Filling table Nm³/h;production-feed table Nm³/min is separate
Duty inputs	Source-pressure decay,hydrogen quality,daily and peak demand,cascade
Boundary	Skid versus treatment,storage,dispensing,cooling and controls
Acceptance	Matched operating-case tests and actual selected model