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Battery Solutions for Testing, Simulation and Validation

EUtech's Battery Solutions help you understand, test and optimize battery systems with simulation, tailored test infrastructure, automation and measurement technology

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solution

Integrated Battery Engineering

We combine model-based engineering, advanced test systems and data-driven validation to support battery development from concept analysis to operational system performance

Key Challenges

Thermal hot spots and gradients reduce performance, lifetime and safety

Long validation cycles delay decisions and increase development costs

Complex test requirements make validation difficult across domains

Interdependent subsystems make battery behavior difficult to optimize

Large data volumes make test results hard to evaluate efficiently

Our Solution

Thermal system simulation identifies hot spots, gradients and cooling limits

Simulation-supported validation reduces unnecessary testing and prototype iterations

Customized test benches cover electrical, thermal and component validation

Integrated system models connect battery, cooling and control behavior

Automated data evaluation turns measurements into clear engineering insight

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Over 25 Years of Experience
End-to-End Support
Customized Battery Solutions
competencies

Battery Engineering Expertise

Thermal Battery Management

Developing cooling concepts, thermal models and control strategies for safe and efficient battery operation across changing load and temperature conditions

Model-Based Development

Using simulation models to understand system behavior, evaluate operating limits and reduce unnecessary prototype iterations before physical validation

Battery Test Benches

Building modular test systems for cells, modules, packs and battery-related components with automation, measurement technology and safety-oriented control

Measurement and Control

Combining sensors, virtual sensors and control algorithms to monitor battery-related systems and improve performance under real operating conditions

Data-Driven Validation

Turning complex test data into structured evaluations that support clear engineering decisions, traceable results and reliable system optimization

From battery concept to validated system, trusted engineering expertise for safe and efficient implementation.

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benefits

Engineering Confidence for Battery Systems

Reduced Validation Effort


Reduce trial-and-error testing through simulation-supported development and targeted validation

Controlled Thermal Behavior

Identify hot spots, gradients and cooling limits before they affect system performance

Reliable System Operation


Support battery performance through controlled testing, thermal analysis and robust measurement

Lower Development Cost


Reduce prototype iterations, manual evaluation work and test bench downtime

Applications

Proven Battery Solutions

Make use of your battery development and validation projects with model-based engineering, test systems and data solutions tailored to technical requirements, existing hardware and practical implementation

Thermal Management

Control and optimize thermal behavior with tailored heating, cooling and simulation-based analysis for efficient and reliable system performance

Cooling circuit analysis
Heat load evaluation
Temperature limit validation
Transient operating behavior
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Model-Based Engineering

Use simulation models, control logic and validation workflows to understand system behavior earlier and support reliable engineering decisions

Dynamic system and process models
Control logic validation
MiL and HiL workflows
Model-based analysis and optimization
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Battery Testing and Validation

Validate battery cells, modules and packs with controlled electrical, thermal and environmental test conditions to support safe development and reliable performance assessment

Cell, module and pack testing
Charge/discharge and load cycle validation
Thermal behavior and aging analysis
Integrated safety, measurement and automation systems
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Data Acquisition and Monitoring

Capture, monitor and visualize process and test data with reliable acquisition systems, structured signals and real-time system transparency

Acquisition of process and machine data
Real-time monitoring of signals and states
Structured data logging and traceability
Visibility for diagnostics and optimization
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Explore All Applications
Process

Ideas Need Energy

Challenge and Scope

Clarifying battery architecture, operating conditions, validation targets, safety requirements and measurement needs

Concept and Feasibility

Defining a practical solution approach for simulation, testing, automation and thermal system validation

Model and System Design

Developing models, test concepts and system architectures aligned with the required validation task

Integration and Build

Combining hardware, instrumentation, automation software and measurement technology into a working solution

Commissioning and Validation

Verifying system behavior, test sequences, measurement quality and operational safety under defined conditions

Support and Optimization

Using results, data and engineering feedback to improve performance, reliability and long-term usability

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Let's Talk About Your Project

Whether you are developing a new battery system, validating thermal behavior or planning a customized test bench, EUtech helps you connect simulation, testing and practical engineering insight

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Mirco Baumhof

Manager Testing Solutions

testing@eutech.de+49 (0) 2408 713 42 24
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FAQ

Frequently Asked Questions

How can EUtech support battery testing from cell level to complete battery pack validation?

EUtech supports battery testing across cells, modules, packs and battery-related components with customized test benches, controlled electrical and thermal test conditions, automation, measurement technology and safety-oriented control. This allows engineering teams to validate performance, thermal behavior, load cycles, endurance characteristics and system limits in a structured and reproducible way.

What type of battery test bench can be developed for our application?

EUtech develops customer-specific battery test benches based on the required test object, operating conditions, measurement tasks and safety requirements. Typical systems can include automated test sequences, charge/discharge validation, component and endurance testing, structured data acquisition, real-time monitoring and integration into existing lab or development environments.

How does simulation help reduce battery validation effort?

Simulation helps teams understand battery, cooling and control behavior before every scenario is tested physically. EUtech uses model-based engineering to identify hot spots, gradients, cooling limits and operating boundaries earlier, so physical testing can be more targeted and unnecessary prototype iterations can be reduced.

How can thermal behavior and cooling performance be validated?

EUtech combines thermal system simulation, cooling circuit analysis, heat load evaluation and temperature limit validation with physical testing and measurement. This supports the assessment of hotspots, gradients and transient operating behavior, helping teams improve thermal management, safety and system performance under changing load and temperature conditions.

Can EUtech support BMS-related validation and control logic testing?

Yes. EUtech supports model-based development, control logic validation and MiL/HiL workflows for battery-related systems. This is useful when battery behavior, cooling functions, sensors, virtual sensors and control strategies need to be tested before or alongside physical validation.

How are battery test data, measurement results and traceability handled?

EUtech integrates data acquisition, monitoring and structured logging into battery test and validation systems. Real-time signal monitoring, automated data evaluation and traceable result structures help teams compare tests, diagnose deviations, reduce manual evaluation effort and turn large measurement volumes into clear engineering decisions.

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Battery Testing, Simulation and Validation for Reliable System Development

EUtech’s Battery Solutions support the development and validation of battery systems from early concept analysis to tested system performance. The approach combines model-based engineering, customized test infrastructure, automation, measurement technology and structured data evaluation. This helps engineering teams understand electrical, thermal and control-related behavior before it affects safety, performance or development timelines.

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Typical Applications and Use Cases

EUtech supports battery projects where controlled test conditions, reliable measurements and practical engineering insight are required across cells, modules, packs and related subsystems.

  • Cell, module and pack testing under controlled electrical, thermal and environmental conditions
  • Charge/discharge validation, load cycle testing, endurance tests and aging analysis
  • Thermal management analysis for cooling circuits, heat loads, temperature limits and transient behavior
  • Model-based engineering with dynamic system models, control logic validation, MiL and HiL workflows
  • Data acquisition and monitoring with real-time signals, structured logging and traceable evaluations

EUtech delivers holistic test stand solutions tailored to your requirements. By integrating modelling & simulation, system integration, and advanced data analytics, we provide test systems that are flexible, modular, and scalable. Our NI Alliance Partner and MathWorks Partner status ensures your systems use industry-leading hardware and software solutions.

How Companies Benefit

Battery development often involves complex interactions between electrical performance, thermal behavior, cooling concepts, control strategies and safety requirements. By combining simulation-supported validation with customized test benches, EUtech helps reduce trial-and-error testing and supports clearer decisions before costly prototype iterations are required.

Automated test sequences, integrated measurement systems and structured data evaluation make validation results easier to reproduce, compare and document. This improves traceability, reduces manual evaluation effort and helps teams identify hot spots, gradients, cooling limits or performance deviations earlier in the development process.

The solution is especially relevant for R&D, validation, test bench planning, thermal engineering and automation teams working on battery systems for e-mobility, energy storage and battery-related components where safe operation, reliable data and controlled test conditions are critical.

Discuss your battery application with EUtech to identify the right approach for testing, simulation, validation or customized test bench development.

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