Engineering Solutions for Test, Automation and Energy Systems

Condition liquids and process media with precise temperature, pressure and flow control for reliable test bench operation

Analyze power and energy systems with thermodynamic and system-level simulation to improve efficiency, integration and operational performance

Simulation-based analysis for industrial processes, heat and mass flows, operating points and system interactions that influence efficiency, stability and operating cost

Analyze heat pump systems with thermodynamic simulation models to evaluate operating behavior, efficiency, refrigerants and system integration

Simulate hydrogen and fuel cell systems to evaluate thermal behavior, operating strategies and system integration before implementation

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

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

Supply, mix and dose liquids, gases and process media under controlled flow, pressure and leakage test conditions

Validate power electronics, high-voltage components and electrical assemblies with realistic loads, controlled test conditions and reliable measurement workflows

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

Validate real control hardware with real-time simulation models to test faults, disturbances and limit cases safely and reproducibly

Derive additional process and condition information from existing measurements, models and system data where direct sensing is limited or impractical

Use operating data, condition monitoring and analytics to detect degradation early and support maintenance decisions before failures occur

Manage test and measurement data with structured workflows, traceable results and interfaces for analysis, reporting and validation

Modernize existing systems with updated controls, automation, measurement technology and safety functions to extend performance and service life

Design and implement automated test and control systems for reproducible, safe and efficient test bench operation

Deploy hydrogen test infrastructure in containerized systems with integrated supply, safety, control and monitoring functions

Validate hydrogen components, fuel cell systems and balance-of-plant equipment with controlled gas supply, safe operation and reproducible test conditions

Control gas supply, conditioning and safety functions with integrated handling systems for hydrogen and other demanding gas applications

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

Visual monitoring of furnace conditions and flame behavior - making critical combustion zones, flame position, burn-out, and deposit formation visible for faster diagnosis and corrective action

Physics-based virtual airflow measurement using existing plant signals - providing reliable airflow data where conventional measurement is costly, unreliable, or impractical across the full air path

Online particle size distribution analysis for pulverized fuel systems - providing the data needed to assess fuel fineness, tune fuel lines, and improve combustion quality

Online fuel flow measurement for pulverized fuel systems, making pipe-to-pipe mass flow and velocity imbalances visible for better burner balance, air-fuel control, and combustion performance

Online temperature profiling for fossil-fired boilers, waste-to-energy plants, and HRSG systems, making critical temperature distributions visible for combustion control, emissions performance, and asset protection

Build demonstrators that make new technologies, processes and system concepts tangible, testable and ready for stakeholder evaluation

Develop special-purpose machinery for complex technical tasks where standard systems cannot meet the required process, testing or automation needs

Develop prototypes and pilot systems that make technical concepts testable, optimizable and ready for validation before further development or scale-up

Create controlled technical environments with tailored climate, atmosphere, supply and monitoring functions for reliable testing, research and operation

Automate component handling, positioning and test workflows with reliable mechanical integration, reproducible sequences and safe operation

Test electric drives, powertrain components and integrated drivetrain systems with realistic load profiles, automated sequences and reliable measurement workflows

Validate components, systems and materials under controlled thermal and environmental conditions to assess performance, durability and reliability