Materials and component testing evaluates the performance of key materials and structural units within electrochemical systems, forming a critical link in determining system efficiency and stability. Under conditions close to actual operation, we systematically test catalysts, membranes, electrodes, and other essential components to ensure their performance provides engineering-relevant data. Beyond single-material assessments, we focus on how materials perform under real operating conditions and their integration with the overall system. By analyzing material properties, structural design, and operating conditions, we provide a reliable basis for stack-level design and system integration.

Catalyst Performance Evaluation

Catalyst performance evaluation systematically analyzes catalyst activity, selectivity, and stability in electrochemical reactions under controlled and engineering-relevant conditions. It serves as a critical step for material screening and technology pathway validation.

Membrane & MEA Testing

Operating Condition Simulation

Flow Field & Bipolar Plate Validation

Material-System Compatibility Analysis

Material and system compatibility analysis evaluates the suitability of key materials under actual system operating conditions, serving as a crucial link between material performance and system design. The performance of a single material does not directly reflect its behavior within the system, as different operating conditions, structural designs, and integration approaches can significantly affect its performance.

Key Functions:

🟩Material-Operating Condition Compatibility

🟦Material-Structure Compatibility

🔶Material-System Integration Assessment

🟪Operating Envelope & Limitation Identification

⚙️Engineering Selection & Optimization