Simulate actual load conditions: AC load testing can simulate actual power load conditions to test the operational stability and energy efficiency of power equipment. This test is widely used in the testing of power supplies, generators, transformers and other equipment to ensure that they can operate normally under continuous power load, and ensure the efficiency and stability of power conversion.
Assessing component performance and reliability: In automotive electronic component testing, AC load testing helps detect the performance of automotive electronic components such as ECUs, ABS controllers, airbags, etc., under a variety of real-world driving conditions. This test can simulate the actual operating conditions of the car, such as the load during acceleration, braking and normal driving, to assess the performance and reliability of these components under these conditions.
Test the on-load performance of new equipment: For new equipment or new diesel generator set, AC electronic load can detect its on-load performance to ensure the rationality of generator set selection, so as to play its due role in the case of power failure.
Test the performance of new battery engineering: For new battery engineering, AC electronic load can also be used to test its performance, to provide scientific and reliable professional data basis for the acceptance of new battery engineering, and then improve the rationality of the use of new battery engineering.

In summary, AC load testing plays an important role in ensuring the normal operation of equipment under various load conditions and improving the service life and reliability of equipment.