April 16, 2024, GoReal Energy independently developed for high operating temperatures.The 1kW proton exchange membrane fuel cell test system landed and successfully completed the internal acceptance. The acceptance process of the test system is strictly in accordance with the enterprise design standards. The high dew point temperature, high reactor temperature and high working temperature are controlled and stable during the test process.

The test results are normal, and the various functions and performance indicators have reached or even partially exceeded the design objectives. The landing of the system is another major progress made by GoReal Energy in the fuel cell test system. The following is the process and results of the high temperature performance test of the test system using the membrane electrode developed for high temperature customization in cooperation with a well-known domestic enterprise and the single cell fixture independently designed and developed by GoReal Energy.

High temperature control test items: The controlled dew point temperature rises from 60°C in gradients of per 20°C, control the temperature in the reactor to be 5℃ higher than the dew point temperature, and the controlled pile temperature is above 100°C. The process test system successfully reached the designed limited control temperature.

High temperature polarization test items: control high dew point temperature, high reactor temperature and high working temperature, and carry out battery polarization test. The parameters of the process test system are controlled stably, and the performance test of single cell under high temperature and high humidity conditions is successfully completed.

GR-FCTS-S1K Proton exchange membrane fuel cell test system is a test system designed by Beijing GoReal Energy Technology Co., Ltd. for proton exchange membrane fuel cells.200W~1kWperformance testing between single or multiple sections of the fuel cell. Based on the existing products, the test system has been improved and optimized. Based on hardware architecture optimization and software precision algorithm, combined with fuel cell nonlinear system parameter recognition and multivariable optimization control technology, to achieve precise control of operating parameters, based on data mining and parameter recognition technology to establish micron./Millimeter-level liquid water transfer, impedance analysis and other simulation model verification, to provide users with battery life cycle data service analysis.

By standardizing the applicable standards of hardware, reconstructing the mechanical structure and software function iteration, the reliability and safety of the system are improved. Humanized human-computer interaction interface to ensure manual/Operability in automatic mode, can achieve continuous unattended automatic operation. The status and parameters of fuel cell operation can be adjusted and monitored online, and all monitoring data can be recorded and stored in real time.

Technical features

◆Configuration of high precision inlet gas mass flow controller

◆Configuration of high-precision gas manual back pressure control system

◆With gas dry and wet mode arbitrary switching function

◆Automatic thermal balance management system for stack operation

◆With high-precision combustible gas leakage alarm function

◆Equipment built-in multi-function controller, stable performance

◆Humidification consumption water can be automatically replenished according to system control

◆Nitrogen purge function with automatic/Manual mode optional

◆Bubble humidification is adopted, and the temperature is adoptedPIDControl

◆With fuel cell dedicated multi-channel single cell voltage inspection function

◆Polarization curve, steady-state operation, dynamic response test capability

◆Supporting fuel cell professional monitoring software is powerful and can be developed multiple times.

◆With constant power, constant current, constant voltage discharge mode, programmable automatic operation function

◆Provide hardware and software dual security solutions, can provide intelligent security measures according to the risk level

◆With automatic and manual operation modes, automatic mode allows long-term unattended reliable dynamic operation

◆Condition spectrum extraction, life test, big data application, whole life cycle big data analysis (this function is optional)