Xinda Transformer successfully develops 66kV special test transformer

Xinda Transformers recently announced that its independently developed 66 kV special test transformer successfully passed all tests on the first try. This represents a major breakthrough in the field of high-voltage testing equipment. The successful development of this transformer not only demonstrates Xinda's strong R&D and manufacturing capabilities but also provides important support for the testing and certification of electrical equipment in the industry.

The newly developed 66 kV test transformer strictly complies with international and national standards. It utilizes advanced insulation design and materials technologies, resulting in a stable output voltage, high accuracy, strong noise immunity, and reliable safety characteristics. The product is widely used by electrical equipment manufacturers, third-party test centers, research institutes, and grid operation and maintenance organizations. It provides high-quality high-voltage power for factory, routine, and research testing of high-voltage electrical equipment, power cables, and insulating materials.

Successful completion of tests on the first attempt confirms the high technical potential

Since the project's launch, Xinda's technical team has focused on overcoming a number of technical challenges. Ultimately, they successfully completed the entire project cycle on the first try—from design and manufacturing to testing and verification. This achievement fully demonstrates the company's solid foundation in independent development of key technologies, precise process control, and the team's rigorous and effective execution capabilities.

Filling market niches and promoting industry modernization

As power systems evolve toward higher voltage classes and greater intelligence, the requirements for associated testing equipment are constantly growing. The specialized 66 kV test transformer developed by Xinda precisely meets the market demand for precision medium- and high-voltage testing equipment. It enhances testing and verification capabilities in the electrical equipment production chain, ensures the safe and stable operation of power grid equipment, and plays a vital role in advancing technological progress and industry modernization.