This system is a general purpose equipment for smooth control and measurement of fuel cell tester developed by CNL Energy. Graphical monitoring and measurement methods are applied and the test method is convenient and provides stable control and measurement programs. Controllers and various DAQ systems can be added and deleted, and the system can be changed in hardware. 

The Smart2TMPEM is a single-cell fuel cell evaluation equipment for the 100 Watt PEMFC. Although it is a compact size product, it consists of electronic load, gas/liquid controller, humidifier, etc., which can be controlled automatically through a PC, and has several safety devices for user safety. 

MONA pem station is a user-based fuel cell experimental environment construction equipment. 

HPC (High Performance Computing) is a high-performance system that connects multiple computers to process complex calculations in parallel. ANSYS Fluent solves complex fluid dynamics problems and significantly enhances calculation speed through HPC. In the laboratory, a job scheduler is used to efficiently run simulations in a parallel processing environment. 

This station utilizes Polymer Electrolyte Membrane Water Electrolysis(PEMWE) technology, which efficiently generates hydrogen and oxygen. The system is equipped with precise control functions to optimize experimental conditions, such as temperature, humidity, and flow rate. It supports a variety of experiments, including hydrogen generation efficiency and electrochemical property analysis, helping researchers enhance the efficiency of electrolysis processes and contribute to advancements in fuel cell 

PVD thin film deposition equipment. Thin film deposition is performed with various target materials, and it is used to manufacture electrodes and electrolytes in fuel cells.

This system is used for deposition of materials, including oxides.

PVD thin film deposition equipment. Thin film deposition is performed with various target materials, and it is used to manufacture electrodes and electrolytes in fuel cells.

This system is used for deposition of materials, including oxides.

The Stack station is equipment used to evaluate the PEMFC stack. For stack performance evaluation, large-capacity MFCs and bubblers are connected. Unlike the unit cell station, a separate device is prepared to measure the voltage of each cell in the stack. 

The station for testing Solid Oxide Fuel Cells (SOFCs) introduces reactants through the inlet and expels remaining gases through the outlet. The inlet gas is controlled via an MFC. The operating temperature is set using a furnace that can reach up to 800°C, and electrical analysis is conducted using a potentiostat. 

The environmental furnace is a device used for sintering and annealing, capable of reaching temperatures up to 1200°C. The sample is placed inside, and a vacuum is created before introducing the desired reactive gas to form the atmosphere. Typically, oxygen and hydrogen atmospheres are used, with argon as the purge gas. 

Potentiostat is a device that provides electrical energy necessary for the reaction process and provides various analysis tools to visualize and analyze the voltage and current output as a result of the reaction. 

Potentiostat is a device that provides electrical energy necessary for the reaction process and provides various analysis tools to visualize and analyze the voltage and current output as a result of the reaction. 

Potentiostat is a device that provides electrical energy necessary for the reaction process and provides various analysis tools to visualize and analyze the voltage and current output as a result of the reaction. 

Potentiostat is a device that provides electrical energy necessary for the reaction process and provides various analysis tools to visualize and analyze the voltage and current output as a result of the reaction.