Overview
Laboratory validation is the starting point for transitioning electrochemical technologies to engineering applications. The focus is on generating reliable, engineering-relevant data under controlled conditions. Unlike conventional research-oriented experiments, we conduct tests under realistic operating conditions with emphasis on performance, stability, and repeatability. Through single-cell testing, material evaluation, and reaction pathway validation, we establish standardized testing protocols and data models that provide a solid foundation for subsequent stack scale-up and system integration. Additionally, we identify technical boundaries and key constraints early in the experimental phase to reduce uncertainties during scale-up.
Key Capabilities
Test fixtures and single-cell hardwareTest Fixtures & Single-Cell Platforms
Introduction
Test fixtures and single-cell platforms are the fundamental building blocks for electrochemical technology validation. They are used to evaluate materials, structures, and reaction performance under controlled conditions. We offer standardized and custom test fixtures for PEM, AEM, and CO₂ electroreduction systems, covering the entire process from material screening to single-cell performance validation.
Key Functions
Single-cell performance evaluationElectrochemical Test Benches
Introduction
Electrochemical test benches are used to validate electrolysis processes and key operating parameters at the system level, serving as a critical link between single-cell validation and engineering scale-up. By integrating gas and liquid supply, temperature and pressure control, and electrical and safety management, they establish a testing environment that closely mirrors real operating conditions. These systems support multiple electrochemical platforms including PEM, AEM, and CO₂ electroreduction, with single or multi-channel testing capabilities. They provide reliable data support for stack design, BoP integration, and control strategy development, while reducing uncertainties during scale-up.
Key Functions
Multi-channel electrochemical testingOperating Condition Simulation
Introduction
Operating condition simulation is used to reproduce real-world engineering conditions during the experimental and bench-scale stages. It is a critical step in validating the feasibility and stability of electrochemical systems. Through coupled control of multiple parameters including temperature, pressure, flow rate, and gas/liquid composition, we build test environments that closely match actual application scenarios.
Key Functions
Multi-parameter coupled condition controlData Analysis & Performance Evaluation
Introduction
Data analysis and performance evaluation are used to systematically process and interpret key data generated during testing. This step bridges experimental results and engineering design. Through comprehensive analysis of voltage, current, product distribution, and energy efficiency data, we extract critical parameters for system design and scale-up.
Key Functions
Performance curve analysisValidation Services
Introduction
Validation services are designed for clients in the early R&D and engineering stages. Through systematic testing and engineering analysis, we help clarify technical feasibility and development pathways. Beyond standard testing services, we conduct comprehensive evaluations of key parameters, operating windows, and system integration in the context of real-world applications.
Key Functions
MEA and materials performance validation
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