Get reliable insights for your energy storage solutions
Our state-of-the-art testing facilities deliver accurate and detailed analysis to improve the performance, reliability, and safety of your battery systems. Whether you are developing new technologies or validating existing systems, we provide the data you need to make confident decisions about your energy storage solutions.
Performance Characterization
Comprehensive testing of capacity, resistance, and efficiency under real-world conditions.
Safety Validation
Rigorous safety testing to ensure your batteries perform reliably in all operating scenarios.
Environmental Testing
Performance evaluation across temperatures and conditions your batteries will actually face.
Our testing capabilities
Capacity Testing
Accurate measurement of battery capacity under various C-rates and temperatures. Our testing protocols follow industry standards such as IEC 61960 and IEEE 1725 to ensure reliable and comparable results.
Internal Resistance Testing
Assessment of internal battery resistance using pulsed charge/discharge tests (DCIR). Critical for applications requiring high power output or fast response times.
Cycle Life Testing
Intensive cycling tests at high C-rates without pause, designed to evaluate battery lifespan and maximum retention capacity. Custom cycling profiles simulate your application's real-world operating conditions.
Thermal Performance
Comprehensive thermal characterization, including heat generation during cycling, thermal conductivity, and performance under extreme temperatures from -40 °C to +85 °C in environmental chambers.
BMS Validation
Full validation of Battery Management System functionality: voltage protection, balancing algorithms, SoC accuracy, and communication interface testing.
Advanced Data Analysis
Our testing services go beyond raw data collection. Our engineers apply advanced analysis techniques to extract meaningful insights that drive battery optimization and innovation.
Performance Modeling
Development of empirical and data-driven models to predict battery performance under various operating conditions—enabling system optimization without extensive physical testing.
Failure Analysis
In-depth study of battery failure modes using advanced diagnostic techniques to identify root causes and develop mitigation strategies for enhanced reliability.
AI-Assisted Analysis
Application of machine learning algorithms to battery test data for lifetime prediction, fault detection, and predictive maintenance.
Cutting-Edge Testing Facilities
Our testing laboratory is equipped with the latest technology to deliver accurate and reliable data for all battery types and sizes—from individual cells to complete battery systems.
High-Precision Cyclers
Battery test systems with currents up to 1200 A and voltage ranges from 0 V to 5 V, offering measurement accuracy better than 0.05%.
Environmental Chambers
Temperature-controlled testing environments from -40 °C to +85 °C with humidity control to realistically simulate operating conditions.
Diagnostic Equipment
Advanced tools including electrochemical impedance spectroscopy (EIS) and post-mortem analysis capabilities.
Ready to get started?
Contact our experts to discuss your specific requirements and get your batteries performing at their best.