FCTS-M Series Fuel Cell Engine Test System

 
. Gas tightness test
. Starting performance test
. Steady state performance test
  • FCTS-M


Summary


Fuel Cell Engine Test System (FCTS-M) is designed to provide a stable test platform for fuel cell engine. With system software independently developed by Kewell, the performance, stability, and safety of fuel cell engine can be tested. A great match for Incoming Quality Control (IQC) and Outgoing Quality Control (OQC) of fuel cell engine.

Functions


  • Gas tightness test

  • Starting performance test

  • Steady state performance test

  • Steady state indicators test

  • Aging test

  • Insulation test

  • Starting characteristic test (hot/cold conditions)

  • Rated power test

  • Peak power test

  • Other customized test items


Advantages


  • Complete safety control & monitoring:

  • Hydrogen concentration detector; Insulation impedance detection; Safety relief valve; Safe PLC

  • Three-level protection

  • Selected components

  • Debugging mode fit for R&D testing; Work step import triggers quick testing

  • Versatile test curves; Automatic data saving

  • Compatible with international standards; Flexible setting of protection parameters

  • Dual operation mode: Manual/Auto; Self-inspection before testing


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Models & Specifications

Models

FCTS-M-50

FCTS-M-100

FCTS-M-150

FCTS-M-200

FCTS-M-250

FCTS-M-300

Rated power

50kW

100kW

150kW

200kW

250kW

300kW

Gas System

Hydrogen flow range

20-1000

NLPM

40-2000

NLPM

60-3000

NLPM

80-4000

NLPM

100-5000

NLPM

120-6000

NLPM

Hydrogen flow resolution

±1%FS

Nitrogen purging

Yes

Exhaust gas mode

Mixing (water/gas separation)

(Can be independently exhausted according to demand.)

Cooling System

Internal circulation cooling

Cooling water circulation

Coolant

Deionized water

Temperature control precision

±1℃ (steady state); ±1.5℃ (dynamic state)

Cooling method

Secondary cooling water

Conductivity monitoring

Precision≤1.5%FS

Water purging

Yes

Protection System

Hydrogen leakage alarm

Editable

Insulation detection

Editable

Emergency stop

Emergency stop button; Indicator lights of running status*3

KDLF

Rated power

80kW

150kW

200kW

300kW

400kW

400kW

Type

Energy Recycling electronic load (Energy recovery is available in full power range.)

Complete grid protection (overvoltage/undervoltage/overcurrent)

Current response time

≤10ms

Voltage range

24~800Vdc

Current range

0~600A

0~800A

0~1000A

General Specifications

Control system

PLC

Human-computer interface

LCD

External communication

CAN

Internal communication

LAN

Power supply

AC 380V three-phase five-wire

Low-voltage power supply

±24V (standard)

Other power supplies (optional)

Ambient temperature

0~40℃

Dimensions (width*depth*height)

(mm)

1600*1000*1900

2200*1800*2400

2600*2000*2400


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