Motor test room management and automation software

Author:

Mohsen Shamsi

Category:

Articles

Study time: 10 minutes

Engine test room management and automation software is specifically designed for testing, monitoring and managing combustion engines and other similar equipment. These software are widely used in automotive, aerospace, power generation and research industries. The performance of these software includes data collection, analysis of results, control of laboratory devices and equipment, and creation of accurate and comprehensive reports.

The main features of engine test room management and automation software:

Data collection:

These software are able to collect and store data from various sensors and measuring devices in real time.

Control and automation:

They can automatically control test processes, such as starting and stopping the engine, changing test conditions, and setting various parameters.

Monitoring:

Displaying engine performance data and conditions live in the form of graphs and tables.

Data analysis:

Tools for analyzing collected data, including statistical calculations, filters and various simulations.

Create reports:

Generating comprehensive and accurate reports of test results automatically.

User interface:

They usually have a graphical user interface (GUI) that makes it easier to work with the software.

The main features of engine test room management and automation software:

Test Automation Software (MOTOR AZMA):

A comprehensive software for managing engine test room and performing advanced tests designed by Dynamotor company

INCA:

A product from ETAS company used for data collection and calibration.

NI TestStand:

A test automation software developed by National Instruments.

D2T MORPHEE:

A software designed to test and evaluate the performance of combustion engines.

With the help of advanced hardware and software tools, these softwares provide the ability to manage and execute complex and detailed tests and ultimately help to improve the quality and efficiency of the produced engines.

Engine test room management and automation software in the automotive industry:

Engine test room management and automation softwares have wide and vital applications in the automotive industry. In the following, we mention some of the most important applications of these software in the automotive industry:

Engine performance test:

These softwares are used to perform various tests on car engines. These tests include checking engine performance in different conditions, measuring fuel consumption, emissions and engine output power.

Engine calibration:

In the calibration process, various engine parameters such as ignition timing, air-fuel ratio and turbocharger pressure are adjusted and optimized. Engine test room automation software can perform this process with high accuracy and speed.

Durability and stability test:

These softwares are able to run long-term tests to check the durability and stability of the engine under different conditions. These tests include heat tests, high pressure tests and harsh driving conditions.

Data analysis and optimization:

Collecting and analyzing data from various tests helps engineers analyze engine performance and identify its strengths and weaknesses. This data is used to optimize engine design and performance.

Emission test:

Due to the strict environmental laws, accurate measurement of car engine emissions is of particular importance. These software can measure and analyze various pollutants such as CO2, NOx and suspended particles.

Simulation of real driving conditions:

Engine test room automation software is capable of simulating real driving conditions such as highway driving, city traffic and various weather conditions. These simulations help to improve the efficiency and performance of the engine in real conditions.

Reporting and documentation:

Producing accurate and comprehensive reports of test results is important for documentation and presentation to regulatory bodies as well as for use in the product development process. These softwares can generate various reports automatically.

Testing hybrid and electric systems:

With the increasing growth of hybrid and electric vehicles, these software are also used to test and evaluate the performance of electric motors and hybrid systems.

The use of engine test room management and automation software increases accuracy, speed and efficiency in the process of developing and improving car engines and ultimately helps to produce cars with better performance and less pollution.

The advantage of engine test room management and automation software:

Engine test room management and automation software has many advantages, and I will mention some of the most important ones below:

Increasing the accuracy and precision of the results:

These software are able to collect data with high accuracy and reduce human errors. This issue leads to the improvement of the accuracy and correctness of the test results.

Increasing productivity and saving time:

Automation of test processes and data analysis reduces the time needed to run tests and analyze results. This allows engineers to devote more time to research and development.

Cost reduction:

By reducing the need to repeat the tests due to the high accuracy of the software, the costs related to consumables, energy and manpower are reduced.

Improving the quality of products:

By carefully analyzing data and optimizing various parameters, the quality and efficiency of production engines is improved. This can lead to increased customer satisfaction and competitiveness in the market.

The ability to perform complex and diverse tests:

These software are capable of running a wide range of tests, including durability, stability, performance, and emissions tests. This possibility allows engineers to evaluate the engine under different and complex conditions.

Real-time monitoring and control:

These softwares provide real-time monitoring and control of the engine and test conditions. This allows engineers to quickly react to any problems or unexpected changes.

Creating comprehensive and detailed reports:

The ability to generate automatic and comprehensive reports of test results, which can be used for documentation, submission to regulatory bodies and use in the product development process.

Increased safety:

By automating processes and reducing the need for human intervention, safety risks are reduced. This is especially important in tests that involve difficult and dangerous conditions.

Integration with other systems and software:

These software can be easily integrated with other systems and software in the production and development process, which leads to improved coordination and overall efficiency of the processes.

Ability to simulate real conditions:

The possibility of simulating different driving and environmental conditions, which helps to improve the performance and efficiency of the engine in real conditions.

Support for innovation:

By providing accurate tools and data for research and development, these software support innovation and development of new technologies.

In general, the use of engine test room management and automation software improves automotive engine testing and development processes, increases product quality and efficiency, and reduces costs and time.

Conclusion:

Engine test room management and automation software plays a very vital and effective role in the automotive industry. By providing accurate and advanced tools, these softwares provide the ability to perform diverse and complex tests and increase accuracy, speed and efficiency significantly by automating processes. The main advantages of these software include increasing the accuracy and accuracy of results, higher productivity, reducing costs, improving product quality, the ability to perform complex tests, real-time monitoring and control, creating comprehensive reports, increasing safety, integration with other systems and software, the ability to simulate real conditions and Support for innovation.

The use of these softwares makes the process of developing and optimizing car engines more accurate and efficient, which results in the production of cars with better performance and less emissions. This ultimately helps to increase customer satisfaction, more competitiveness in the market and the realization of environmental standards.

Overall, engine test room automation and management software is an essential and valuable tool for any automotive industry that seeks to improve the quality, efficiency and sustainability of its products.