How Did WADE Complete the Test?

WADE adheres to the principle of "power to your life". In order to improve customer satisfaction and also to enable customers to get higher quality machines, with the efforts of all wade employees, wade has undergone long-term testing.

First, different engine configurations are tested, also known as selection tests. In early May, wade tested a total of 35 engines with different configurations, 2 to 3 engines for each configuration, and an average of 2 hours for each engine. The fuel consumption was close to 5 liters every two hours, and the total fuel consumption reached nearly 600 liters. Among them, model 168 has 4 configurations, and model 170 has 31 configurations. It can be seen that wade has spent a lot of energy and financial resources to complete this test experiment. After completing the first round of tests, the second round of tests was ushered in in mid-May. This time, 8 engines with different configurations were mainly tested. After the above two rounds of tests, wade considered power, speed stability, fuel consumption, and selected the best from the best, and selected 4 configurations for different power ranges and cost prices. They are 168, 170-1 (ordinary), 170-2 (good), and 170-3 (excellent). This is not wade's final preference. Wade will select the three best configurations as the standard.

After completing the screening of the engine, wade will conduct the third round of testing, also known as the conversion efficiency test, which is mainly for motors with different numbers of pieces and materials. The purpose is to improve the power to reach an ideal power, including 120 pieces, 140 pieces, 170 pieces, 200 pieces of aluminum wire motors with 168 and 170 power and 170 pieces, 200 pieces, 220 pieces, 240 pieces of copper wire motors with 168 and 170. Around May 20, wade has completed the test of 120 pieces and 140 pieces of aluminum wire motors. After completing the test of these two motors, wade found that the power of the 120-piece motor with 168 is basically 1.3kw, while the 140-piece motor originally had 1.4kw and can now reach 1.7kw. Wade will continue to experiment with this discovery.

After completing the test of the motor, wade will formally test the generator set, including durability and stability tests. Wade will set the best standard after completing all the tests, and then wade will strictly follow the results of this test for each production. Wade will conduct spot checks on each cabinet produced to see if it meets the standards, and then will continue to review to ensure the stability and reliability of quality. This type of experiment will be carried out every six months.

In general, wade's testing process not only reflects its commitment to improving customer satisfaction, but also demonstrates its unremitting efforts to improve machine performance and quality. Through continuous testing and improvement, wade will continue to provide customers with higher quality machines and is committed to realizing the concept of "Power to Your Life".