CNFC-AIR H2 HEAT Series Fuel Cell Subsystem Test Bench Air Hydrogen Thermal Management High Precision Testing

CNFC-AIR / H2 / HEAT Series Fuel Cell Subsystem Test Bench

Air / Hydrogen / Thermal Management Subsystems Fully Covered | Stack Simulation and Sensor Calibration | High Precision within 1%FS | Customization Supported

Quick Detail

• High precision test platform developed for the R&D, testing and calibration of proton exchange membrane fuel cell (PEMFC) subsystems
• Product series includes the air subsystem test bench (CNFC-AIR), hydrogen subsystem test bench (CNFC-H2) and thermal management subsystem test bench (CNFC-HEAT)
• Core function: meets the performance testing of components within the fuel cell subsystem, subsystem integration calibration, system performance testing and control strategy verification
• Hydrogen subsystem: hydrogen supply flow range 30-4000 L/min, circulation loop flow range 30-4000 L/min, pressure regulation range 30-2000kPa
• Air subsystem: air flow range 300-20000 SLPM, wet air flow range 100-20000 SLPM, pressure regulation range 0-400kPa
• Thermal management subsystem: flow range 30-1000 LPM, pressure regulation range 60-400kPaA, temperature regulation range -40 to 180°C
• Equipped with an independent safety PLC system, linkable with the laboratory safety management system to ensure laboratory hydrogen safety
• Integrated with multiple national and enterprise standard test conditions, enabling automated experiments with one-click test report generation after testing
• Supports stack simulation and sensor calibration functions
• Optional packages: environmental chamber, airflow bench, humidification module, exhaust gas analysis, anemometer, etc.

Description

The fuel cell subsystem test bench is professional testing equipment developed for the product development and application needs of the proton exchange membrane fuel cell subsystem field. This series can meet the testing needs of component performance testing within the fuel cell subsystem, subsystem integration calibration, system performance testing and control strategy verification, with the advantages of complete power coverage, high precision, fast response, convenient control and stable performance.

The products include three series: air subsystem test bench, hydrogen subsystem test bench and thermal management subsystem test bench, enabling comprehensive performance evaluation of the core components within the fuel cell subsystem.

Air Subsystem Test Bench (CNFC-AIR): Developed for the fuel cell air path subsystem, it can test key components such as the air compressor, intercooler, humidifier and back pressure valve. Air flow range 300-20000 SLPM, wet air flow range 100-20000 SLPM, air flow accuracy within 1%FS, wet air flow control accuracy 0.8%RD±0.2%FS, pressure regulation range 0-400kPaG, pressure regulation accuracy within ±3kPa.

Hydrogen Subsystem Test Bench (CNFC-H2): Developed for the fuel cell hydrogen path subsystem, it can test key components such as the hydrogen circulation pump, ejector, valve characteristics and water separator. Hydrogen supply flow range 30-4000 L/min (accuracy 0.25%/0.5%RD), circulation loop flow range 30-4000 L/min (accuracy 0.8%RD±0.2%FS), pressure regulation range 30-300kPaG / 100-2000kPaG, pressure regulation accuracy within ±3kPa.

Thermal Management Subsystem Test Bench (CNFC-HEAT): Developed for the fuel cell thermal management subsystem, it can test key components such as the water pump, deionizer, radiator, PTC heater and thermostat. Flow meter range 30-1000 LPM (accuracy within 1%FS), pressure regulation range 60-400kPaA (accuracy within ±3kPa), temperature regulation range -40 to 180°C (accuracy within ±1°C).

Humidification Module: Dew point range RT+10-90°C (up to 95°C), dew point control accuracy within ±1°C, gas temperature up to 180°C, temperature control accuracy within ±0.5°C, pressure range 20-300kPa, pressure control accuracy within ±1-3kPa.

Safety Design: The product has an independent safety PLC system, linkable with the laboratory safety management system to ensure laboratory hydrogen safety. It is equipped with hydrogen leakage alarm, online insulation detection, emergency stop and other functions to fully guarantee safe and reliable testing.

Specifications

Applications

This product is widely used in the performance testing and integration calibration of components within the fuel cell subsystem, including:

• Air subsystem testing: performance testing of air compressor, intercooler, humidifier, back pressure valve, etc.
• Hydrogen subsystem testing: performance testing of hydrogen circulation pump, ejector, valve characteristics, water separator, etc.
• Thermal management subsystem testing: performance testing of water pump, deionizer, radiator, PTC heater, thermostat, etc.
• Subsystem integration calibration: performance verification and control strategy verification after subsystem integration
• System performance testing: fuel cell engine system function, performance, stability and durability testing
• Research institutes and university laboratories: fuel cell teaching and research experiment platform
• Component suppliers: factory inspection and R&D verification platform for fuel cell component manufacturers

Company Advantages

Shanghai Yibaijia Hydrogen Energy Technology Co., Ltd., as a professional hydrogen energy component supply platform, distributes the CNFC-AIR / CNFC-H2 / CNFC-HEAT series fuel cell subsystem test bench. With more than 10 years of experience in the hydrogen energy industry, the Shanghai Yibaijia team can provide full-process technical support from product selection and system matching to installation and commissioning.

FAQ

Q1: Can samples be provided for testing?
Answer: Yes, we support sample orders for vehicle installation testing and performance verification, and also accept mixed-model sample orders.

Q2: What is the delivery cycle?
Answer: Sample orders are usually 30-45 working days; bulk orders (depending on order quantity) are generally 60-90 working days.

Q3: Is there a minimum order quantity (MOQ) limit?
Answer: There is no strict MOQ limit; 1 unit sample trial purchase is supported, and bulk orders enjoy better prices.

Q4: What product series does the CNFC subsystem test bench include?
Answer: It includes three series: air subsystem test bench (CNFC-AIR), hydrogen subsystem test bench (CNFC-H2) and thermal management subsystem test bench (CNFC-HEAT), meeting the performance testing needs of components within the fuel cell subsystem.

Q5: What are the core functions of the test bench?
Answer: The core functions include stack simulation and sensor calibration, meeting testing needs such as subsystem integration calibration, system performance testing and control strategy verification.

Q6: What are the safety measures of the test bench?
Answer: The product has an independent safety PLC system, linkable with the laboratory safety management system to ensure laboratory hydrogen safety. It is equipped with hydrogen leakage alarm, online insulation detection, emergency stop and other functions.

Q7: Does the test bench support automated testing?
Answer: Yes. It integrates multiple national and enterprise standard test conditions, enabling automated experiments with one-click test report generation after testing.

Q8: Is customization available?
Answer: Yes. Power class, flow range and option packages (environmental chamber, airflow bench, humidification module, exhaust gas analysis, anemometer, etc.) can be customized according to customer needs.

Q9: How are product faults handled?
Answer: We implement a strict quality control system, with a factory defect rate below 0.2%. During the warranty period, small batches of defective products will be replaced with new ones in the next order; bulk quality problems will be negotiated for repair or replacement, ensuring customer rights.