Recently, TID POWER successfully completed the type test of 24kV/10kA high-voltage fuses and passed all high current breaking tests in one go. The purpose of this test is to verify the reliability and safety of the fuse under extreme current conditions. The test results have achieved the expected goals, marking an important step for this product in the field of high-voltage power protection.
The test was conducted in a national level power testing laboratory, simulating short-circuit current conditions up to 10.2kA. During the test, the fuse successfully cut off the current in a very short period of time, effectively protecting the circuit equipment without any abnormal situations. The test results show that the fuse has excellent breaking capacity and stability, and can meet the strict requirements of safety protection in high-voltage power systems.
This fuse adopts advanced materials and design, with the characteristics of large creepage distance, pollution resistance, and high breaking capacity, suitable for high-voltage power systems of 24kV and below. Its successful passing of high current tests not only verifies the reliability of the product, but also provides strong guarantees for the safe operation of the power system.
TID POWER stated that it will continue to increase research and development investment in the future, further improve product performance, promote innovation and development of high-voltage fuse technology, and provide safer and more reliable solutions for the power industry.
The success of this test marks a new level of technological advancement in the field of high-voltage fuses in China, and provides solid technical support for the safe operation of the power system.
With the continuous development of the power system, it is crucial to improve the performance and safety of high-voltage fuses as key protective equipment. The successful passing of the high current test for the 24kV/10kA high-voltage fuse not only demonstrates TID POWER's technical strength, but also injects new impetus into the safe development of the power industry.