Lower Running Cost 100kw Fuel Cells Power Output Analyzer for Reliability Testing

Overview

Basic Info.

Model NO.	WBHTS-100
Solutions	Regenerative Type
Gas Flow Control Accuracy	≤±(0.8%Rd+0.2%F.S.)
Applicable Fuel Cell Types	Pemfc
Coolant Temperature Control Range	Rt+5ºC~90ºC
Applicable to Reactor Power Range	10kw-100kw
Air Flow Range	0-8000slpm
Hydrogen Flow Range	0-2000slpm
Transport Package	Wooden Case or Container
Specification	6.0*2.2*2.3m
Trademark	WOBO
Origin	China
HS Code	8419899090
Production Capacity	1000 Sets/Year

Product Description

Hydrogen Fuel Cell Test Equipment
Lower Running Cost 100Kw Fuel Cells Power Output Analyzer For Reliability Testing

Product Description

Hydrogen fuel cell test equipment refers to a specialized set of tools, instruments, and devices designed specifically for the testing, analysis, and evaluation of hydrogen fuel cell systems. It is used by researchers, developers, and manufacturers in the fuel cell industry to assess the performance, durability, and efficiency of fuel cell technologies. The hydrogen fuel cell test equipment typically includes the following components: Test Stations: These are dedicated workstations equipped with the necessary infrastructure to conduct fuel cell testing. They provide power, control, and data acquisition capabilities to facilitate the testing process. Measurement and Monitoring Instruments: These instruments include sensors, meters, and data loggers to measure critical parameters such as voltage, current, power output, temperature, pressure, and gas flow rates. They ensure accurate and reliable data collection during testing. Power Supplies: Fuel cells require a specific voltage and current input to operate optimally. Power supplies are used to provide the required electrical energy to the fuel cell during testing. Gas Management Systems: Hydrogen fuel cells rely on a controlled supply of hydrogen gas for operation. Gas management systems, including gas flow controllers, pressure regulators, and gas analyzers, ensure the proper handling and supply of hydrogen gas during testing. Load Banks: These devices simulate electrical loads on the fuel cell system to assess its performance under different operating conditions. Load banks allow researchers to evaluate the fuel cell's response to varying power demands. Safety Features: Hydrogen fuel cells pose certain safety risks due to the presence of flammable gases. The test equipment may include safety mechanisms such as overcurrent protection, overvoltage protection, and emergency shutdown features to ensure the safety of operators and the equipment itself. Data Acquisition and Analysis Software: Test equipment often comes with dedicated software that enables data acquisition, visualization, and analysis. This software allows researchers to monitor real-time data, analyze trends, and generate comprehensive reports based on the test results. Hydrogen fuel cell test equipment is essential for conducting accurate and comprehensive evaluations of fuel cell systems. It enables researchers and manufacturers to optimize fuel cell performance, identify potential issues or limitations, and make informed decisions regarding system design, materials, and operational parameters. By facilitating efficient and reliable testing, this equipment contributes to the development and advancement of hydrogen fuel cell technology.

Technical Principle

The technical principle of hydrogen fuel cell test equipment is centered around evaluating and analyzing the performance and characteristics of hydrogen fuel cell systems. It involves several key principles and processes, including: Hydrogen Supply: The test equipment ensures a controlled and continuous supply of hydrogen gas to the fuel cell being tested. It incorporates gas management systems such as gas flow controllers, pressure regulators, and gas analyzers to handle the safe and precise delivery of hydrogen to the fuel cell. Electrical Load Simulation: To assess the performance of the fuel cell under various operating conditions, the test equipment utilizes load banks or electronic loads. These devices simulate electrical loads on the fuel cell, allowing researchers to measure and analyze its response to different power demands. This helps in evaluating the efficiency, power output, and stability of the fuel cell system. Data Acquisition: The test equipment is equipped with sensors, meters, and data loggers to measure critical parameters of the fuel cell system, including voltage, current, power output, temperature, pressure, and gas flow rates. These measurements are collected in real-time, providing researchers with precise data about the performance and behavior of the fuel cell during testing. Control and Monitoring: The test equipment provides control mechanisms to adjust and regulate the operating parameters of the fuel cell system, such as voltage and current levels. This allows researchers to fine-tune the system and evaluate its response to different control settings. Additionally, the equipment enables continuous monitoring of the fuel cell's performance, ensuring that it operates within safe and optimal conditions. Data Analysis and Visualization: The collected data from the fuel cell test equipment is processed and analyzed using dedicated software. This software facilitates data visualization, trend analysis, and the generation of comprehensive reports. Researchers can interpret the data to identify performance patterns, assess the impact of different variables, and make informed decisions regarding system optimization and improvements. The technical principle of hydrogen fuel cell test equipment is to provide researchers, developers, and manufacturers with the tools and capabilities to conduct accurate and reliable testing of fuel cell systems. By measuring and analyzing critical parameters, controlling operating conditions, and facilitating data-driven decision-making, this equipment plays a crucial role in advancing the understanding and development of hydrogen fuel cell technology. Working Principle of Hydrogen Fuel Cell Test Equipment

Advantages of Hydrogen Fuel Cell Test Equipment Unparalleled Accuracy: Our hydrogen fuel cell test equipment is renowned for its exceptional accuracy in measuring critical parameters such as voltage, current, power output, temperature, pressure, and gas flow rates. This level of precision ensures reliable and trustworthy data, allowing users to make informed decisions with confidence. Accurate measurements are crucial for optimizing fuel cell performance and identifying areas for improvement. Comprehensive Testing Capabilities: Our equipment offers versatility and adaptability, supporting a wide range of testing configurations. Whether it's evaluating single cells, stacks, or complete fuel cell systems, our equipment can accommodate diverse testing needs. This comprehensive testing capability enables researchers and developers to thoroughly assess fuel cell technologies and fine-tune their designs for optimal performance. Advanced Data Acquisition and Analysis: Equipped with cutting-edge data acquisition and analysis capabilities, our hydrogen fuel cell test equipment allows users to monitor, visualize, and analyze data in real-time. This facilitates quick decision-making and provides valuable insights into fuel cell behavior. Advanced analysis tools help identify performance trends, anomalies, and correlations, empowering users to optimize fuel cell systems more efficiently. Customizable Testing Protocols: We understand that each research project or development phase requires unique testing protocols. Our equipment provides user-friendly software that allows users to customize and control test protocols according to their specific requirements. This flexibility enables users to perform a wide range of experiments, assess system behavior, and fine-tune fuel cell technologies for optimal performance. Safety and Reliability: Safety is paramount in the fuel cell industry, and our hydrogen fuel cell test equipment is designed with robust safety features. It includes overcurrent protection, overvoltage protection, and emergency shutdown mechanisms to ensure the well-being of operators and safeguard the equipment during testing. Moreover, our equipment is built with high-quality materials, ensuring long-lasting durability and reliable operation even under demanding testing conditions. Ease of Use and Seamless Integration: We prioritize user experience and have designed our equipment with ease of use in mind. The user-friendly interface and intuitive controls simplify equipment configuration and operation, making it accessible to both experienced researchers and newcomers in the field. Furthermore, our equipment seamlessly integrates into existing laboratory setups, allowing for a smooth transition and maximizing efficiency. Dedicated Customer Support: We take pride in offering exceptional customer support. Our dedicated team is committed to providing technical assistance, troubleshooting guidance, and product training to ensure our customers extract maximum value from our hydrogen fuel cell test equipment. We strive to build long-term partnerships with our customers, supporting their success and enabling them to achieve their research and development goals. In summary, our hydrogen fuel cell test equipment stands out for its unparalleled accuracy, comprehensive testing capabilities, advanced data acquisition and analysis, customizable testing protocols, safety and reliability features, ease of use, seamless integration, and dedicated customer support. These advantages make our equipment the ideal choice for researchers, developers, and manufacturers seeking to optimize fuel cell performance, drive innovation, and contribute to the advancement of sustainable energy solutions.

Applications

Product name	Hydrogen fuel cell test equipment
Applicable to reactor power range	10KW-100KW
Hydrogen flow range	0-2000SLPM
Air flow range	0-8000SLPM
Gas flow control accuracy	≤±(0.8%RD+0.2%F.S.)
Coolant temperature control range	RT+5ºC~90ºC
Applicable fuel cell types	PEMFC
* Customizing products according to customer requirements.

Detailed Photos

Certifications