Comprehensive test control software

 

Morphee Next is a powerful and comprehensive test control software that has been instrumental in supporting the automotive industry’s transition towards more advanced and sustainable mobility solutions. With its rich history, robust functionality, and continuous evolution, this test control software has become an indispensable tool for test engineers and researchers across a wide range of industries.

Morphee Next is the latest iteration of renowned test control software, Morphee, which has been a staple in the automotive industry for over 30 years. This test control software builds upon the legacy of its predecessor, offering a comprehensive suite of tools and capabilities to streamline the testing and validation of modern vehicle powertrains, including those for electric and hydrogen-powered vehicles.

As the automotive industry continues to face new challenges and opportunities, Morphee Next will undoubtedly play a crucial role in enabling the development and validation of the next generation of vehicles, helping to drive innovation, improve product quality, and accelerate the transition towards a more sustainable future.

 

As test control software, Morphee streamlines testing for electric and hydrogen-powered vehicles, enhancing product quality.

What is the test control software?

test control software with a dynamometer in a test bench enhances the testing of mechanical and automotive components by automating data collection and analysis, such as torque, power, and speed. This integration allows for consistent results and increased efficiency by simulating real-world conditions.

The software provides an intuitive interface for setting test parameters, monitoring real-time data, and generating reports. It controls the dynamometer to adjust load and speed, improving test accuracy and speeding up product development while ensuring compliance with industry standards.

 

Key functions of test control software

 

Morphee Next is a comprehensive test control software that offers a wide range of functionalities to support the entire vehicle development process, from component testing to complete vehicle validation. Some of the key functions of this test control software include:

 

  1. Test automation: Morphee Next provides a highly versatile and scalable platform for automating a wide range of tests, from basic component-level evaluations to complex full-vehicle validation. The software can seamlessly integrate with a variety of test benches, measurement equipment, and communication protocols, allowing for the centralized control and synchronization of all test activities.
  2. Real-time simulation: The test control software incorporates advanced real-time simulation capabilities, enabling test engineers to simulate various aspects of the vehicle, including the driver, the powertrain, and the environment. This feature allows for the evaluation of vehicle performance and behavior under a wide range of conditions, without the need for physical prototypes.
  3. Calibration and optimization: The test control software offers powerful tools for the calibration and optimization of vehicle systems, including powertrain components and control strategies. The software’s advanced algorithms and data analysis capabilities help test engineers to quickly identify and address performance issues, while also optimizing the overall efficiency and performance of the vehicle.
  4. Data management and reporting: The test control software provides a comprehensive data management and reporting system, allowing test engineers to centralize, analyze, and share test data across the entire organization. The software’s intuitive user interface and customizable reporting tools make it easy to generate detailed reports and visualizations, supporting informed decision-making throughout the development process.
  5. Connectivity and integration: The test control software is designed to seamlessly integrate with a wide range of third-party tools and systems, including other software solutions, as well as industry-standard interfaces and communication protocols. This level of connectivity and integration enables test engineers to streamline their workflows and leverage the full potential of their testing infrastructure.
  6. Scalability and flexibility: The test control software is a highly scalable and flexible solution, capable of supporting a wide range of test applications, from component-level testing to complete vehicle validation. The software can be easily configured and customized to meet the specific needs of each customer, ensuring that it remains a valuable and future-proof investment.

 

Test control software Morphee enhances vehicle development with real-time simulation and powerful data management tools.

 

 

Key Modules of test control software

 

Morphee Next is a comprehensive software platform that consists of several interconnected modules, each designed to address specific testing and validation requirements. Some of the key modules within the Morphee Next ecosystem include:

 

  • Automation: The core module of Morphee Next, Morphee Automation provides the foundational capabilities for test automation, including the ability to control and synchronize a wide range of test benches and measurement equipment.
  • Simulation: This module enables the real-time simulation of vehicle systems, allowing test engineers to evaluate the performance and behavior of powertrain components and control strategies under a variety of simulated conditions.
  • Calibration: The calibration module in the test control software offers advanced tools and algorithms for the calibration and optimization of vehicle systems, helping to improve overall efficiency, performance, and compliance with regulatory requirements.
  • Data management: This module provides a centralized platform for the management and analysis of test data, enabling test engineers to quickly and easily generate detailed reports and visualizations to support decision-making throughout the development process.
  • Connectivity: The Morphee Connectivity module facilitates the integration of Morphee Next with a wide range of third-party tools and systems, ensuring seamless data exchange and workflow optimization across the entire testing and validation ecosystem.

Advanced test control software Morphee integrates automation, calibration, and data management for efficient vehicle testing.

 

  • Morphee Flex-lab: This specialized module is designed to support the testing and validation of high-voltage battery systems, providing a comprehensive suite of tools and capabilities for the characterization, aging, and abuse testing of battery cells, modules, and packs.

 

Test control software supports aging and abuse testing of battery cells, modules, and packs effectively.

 

  • Morphee Uniplot: The Morphee Uniplot module offers advanced data visualization and analysis capabilities, enabling test engineers to quickly and easily interpret complex test data and make informed decisions throughout the development process.

The advanced test control software enhances data visualization, helping engineers interpret complex test results.

 

Test control software integrates modules, supports testing and validation of electric and hydrogen powertrains.

 

These interconnected modules work together to provide a comprehensive and integrated solution for the testing and validation of modern vehicle powertrains, including those for electric and hydrogen-powered vehicles.

 

 

Applications of test control software

 

A versatile software platform can be applied across a wide range of automotive testing and validation applications, including:

 

  1. Powertrain testing: The test control software is widely used for the testing and validation of various powertrain components, including internal combustion engines, electric motors, transmissions, and hybrid systems. The software’s automation and simulation capabilities enable test engineers to evaluate the performance, efficiency, and durability of these critical vehicle systems.
  2. Battery testing: With the growing importance of electric and hybrid vehicles, Morphee Next has become a crucial tool for the testing and validation of high-voltage battery systems. The software’s Flexlab module, in particular, provides a comprehensive suite of tools for the characterization, aging, and abuse testing of battery cells, modules, and packs.
  3. Vehicle-level testing: The test control software can be applied to the testing and validation of complete vehicle systems, including chassis dynamics, vehicle handling, and overall performance. The software’s real-time simulation capabilities allow for the evaluation of vehicle behavior under a wide range of driving conditions, without the need for physical prototypes.
  4. Emissions and compliance testing: The test control software supports the testing and validation of vehicle emissions, helping manufacturers to ensure compliance with the latest regulatory requirements, such as Real Driving Emissions (RDE) standards.
  5. Aerospace and marine applications: While Morphee Next was initially developed for the automotive industry, the software’s versatility and scalability have led to its adoption in other sectors, such as aerospace and marine, where it is used for the testing and validation of various propulsion systems and components.
  6. Energy and industrial applications: The test control software’s capabilities extend beyond the transportation sector, with the software being used in the energy and industrial sectors for the testing and validation of a wide range of equipment, including power generation systems, industrial machinery, and renewable energy technologies.

 

 

Customers and Adoption of Morphee Next

 

Morphee Next has been widely adopted by a diverse range of customers, from leading automotive original equipment manufacturers (OEMs) to tier-one suppliers and research institutions. The software’s proven track record, robust functionality, and commitment to continuous innovation have made it a go-to solution for organizations seeking to optimize their testing and validation processes.

Some of the key customers and adopters of the test control software include:

 

  1. Automotive OEMs: Morphee Next has been embraced by many of the world’s leading automotive OEMs, who rely on the software’s capabilities to support the development and validation of their latest vehicle models, including those with advanced powertrain technologies.
  2. Tier-one suppliers: Morphee Next has also gained significant traction among tier-one automotive suppliers, who use the software to test and validate their own components and systems, ensuring that they meet the stringent requirements of their OEM customers.
  3. Research institutions and universities: Morphee Next has been adopted by numerous research institutions and universities, where it is used to support advanced research and development projects in the fields of automotive engineering, energy systems, and industrial automation.
  4. Aerospace and marine customers: While the automotive industry remains the primary focus, Morphee Next has also found applications in the aerospace and marine sectors, where it is used to support the testing and validation of various propulsion systems and components.
  5. Energy and industrial customers: Beyond the transportation industry, Morphee Next has been adopted by customers in the energy and industrial sectors, who leverage the software’s capabilities to support the development and validation of a wide range of equipment and systems.

 

The widespread adoption of Morphee Next is a testament to its versatility, reliability, and the value it brings to organizations across a variety of industries. As the automotive industry continues to evolve, with the increasing importance of electrification, automation, and sustainability, Morphee Next is poised to play an even more critical role in supporting the development and validation of the next generation of vehicles and mobility solutions.

 

A proven test control software supports research institutions in advancing automotive engineering and energy systems.

 

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