GLOBAL E-MOTOR TESTING MARKET

INTRODUCTION

 With the use of computer-supported instruments or equipment that track motor trends, motor testing determines a motor's integrity. Motor testing's primary goals are to expose concealed issues and avert needless failure.

The voltage drop test is one of the many electrical motor tests available, and it is also one of the simplest and most affordable. Applying the appropriate load and then testing with a digital voltmeter can be used to complete this test.

In contrast to an electric generator, an electric motor is a device that transforms electrical energy into mechanical energy. They work on the basis of electromagnetism, which demonstrates that when an electric current is present in a magnetic field, a force is applied.

The voltage drop test is one of the many electrical motor tests available, and it is also one of the simplest and most affordable. Applying the appropriate load and then testing with a digital voltmeter can be used to complete this test.

An electric motor also known as a dc motor operates on the idea that when an electric current flows through a conductor that is generally placed in a magnetic field, a force occurs on the conductor, causing the conductor to start moving and producing mechanical energy.

GLOBAL E-MOTOR TESTING MARKET SIZE AND FORECAST

The Global E-motors testing market accounted for $XX Billion in 2022 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2023 to 2030.

NEW PRODUCT LAUNCH

At the DEKRA Technology Center, which is located at the Lausitzring racetrack in Klettwitz in Brandenburg, Germany, a new test bench for electric motors and axles has started operation.

On the basis of CoP Conformity of Production tests and market monitoring on behalf of manufacturers and authorities, this is where the test components are located to support development, for homologation and type testing purposes, and for quality assurance.

The new technology enables professionals to evaluate the steady state and maximum performance capacity of electric motors up to 400 kilowatts at speeds of 20,000 revolutions per minute and an overload  in addition to durability testing.

These tests may be provided for fully electric drive axles as well, thanks to two 290 kilowatt axle brakes (combination of electric motor, inverter and transmission).

The test bench's brakes can recover the majority of the electrical energy consumed during testing, which is important given the goal of reaching the highest level of sustainability.

E-Motor Testing Equipment for Electric Vehicles is one of the many goods and services that Siemens, a leading worldwide technology business, provides. The "Siemens EMR-3000" E-Motor Testing System is one of the important items Siemens provides in this field.

The Siemens EMR-3000 is a thorough testing apparatus created to assess the effectiveness of electric motors used in a variety of industrial, commercial, and automotive applications. The system is appropriate for a variety of motor testing applications since it can test motors with power outputs up to 300 kW and speeds up to 24,000 rpm.

To deliver precise and trustworthy test results, the EMR-3000 system has a number of parts that operate together. The test bench, which is intended to replicate various operating conditions for the motor being evaluated, is the central component of the system.

A variety of sensors and data collection tools are part of the test bench, and they are used to record crucial performance data including temperature, speed, and torque.

A strong control unit that oversees the testing procedure and offers in-the-moment data analysis is also part of the system. Users may set tests, track progress, and do data analysis using the control unit's advanced software.

Users may discover and diagnose problems with motor performance using the software's array of sophisticated analytical capabilities, which include Fourier analysis, power spectral density analysis, and time-frequency analysis.

The EMR-3000 system is built to be adaptive and versatile for various testing requirements. The system may be combined with additional testing tools, such as environmental chambers and power analyzers, to create a comprehensive testing solution.

The test bench can be adjusted to handle various motor sizes and configurations. A variety of other E-Motor testing goods and services are also provided by Siemens, such as motor test controllers, test stands, and data gathering systems.

Customers will have access to a complete testing environment thanks to the products' smooth integration with the EMR-3000 system and other Siemens testing solutions. An effective and adaptable testing system for electric motors is the Siemens EMR-3000 E-Motor Testing System.

The EMR-3000 system offers accurate and trustworthy performance data for a variety of motor testing applications thanks to its cutting-edge software, adaptable test bench, and real-time data processing capabilities.

For use in a variety of sectors, DynoTech Research is a firm that specializes in inventing and producing dynamometers and E-Motor testing tools. The DynoTech E-Motor Test System is one of their signature items for E-Motor testing.

Electric motors, generators, and inverters may all be thoroughly tested with the DynoTech E-Motor Test System, a modular and adaptable testing system. It can test inverters up to 200 kilowatts in power and motors and generators up to 800 horsepower.

Torque, speed, voltage, current, power, efficiency, and temperature are just a few of the performance metrics that may be measured by the system's extensive instrumentation and data collecting capabilities. Additionally, it has sophisticated control and analysis software with real-time monitoring, data analysis, and programmable test profiles.

In order to test a variety of electric motor and generator types, including synchronous motors, permanent magnet motors, and AC induction motors, the DynoTech E-Motor Test System was made to be flexible and adaptive. Inverters and motor controllers used in electric and hybrid cars may also be tested using this method.

For testing electric motors and generators, the DynoTech E-Motor Test System is a complete and adaptable testing system that provides accurate and trustworthy results. Companies in a variety of industries, including as the automobile, aerospace, and power generation, like it because of its adaptability and cutting-edge characteristics.

COMPANY PROFILE

• Dekra tech
• AVL
• BMW
• Mahle
• PdMA corp

THIS REPORT WILL ANSWER FOLLOWING QUESTIONS

1. How many E-motors testing are manufactured per annum globally? Who are the sub-component suppliers in different regions?
2. Cost breakup of a Global E-motors testing and key vendor selection criteria
3. Where is the E-motors testing manufactured? What is the average margin per unit?
4. Market share of Global E-motors testing market manufacturers and their upcoming products
5. Cost advantage for OEMs who manufacture Global E-motors testing in-house
6. key predictions for next 5 years in Global E-motors testing market
7. Average B-2-B E-motors testing market price in all segments
8. Latest trends in E-motors testing market, by every market segment
9. The market size (both volume and value) of the E-motors testing market in 2023-2030 and every year in between?
10. Production breakup of E-motors testing market, by suppliers and their OEM relationship