I. Technical Features

1. The optimization of the design scheme serves as a solid foundation for product performance. We have introduced advanced simulation software to conduct comprehensive and high-precision simulations of the electromagnetic field, temperature field, and stress field during the operation of the transformer. Through this digital simulation, potential issues and optimization spaces in each field can be accurately identified, and the final design scheme not only maximizes the operational efficiency of the transformer but also effectively reduces energy consumption and extends the service life of the equipment. This makes the product scheme more in line with actual operational needs and endowed with higher rationality and scientificity.
2. The optimization of production processes ensures product quality. We adopt the latest core processing technology, which excels in guaranteeing the overall structural strength. It enables a firmer and more stable connection between various components of the core. Even under long-term high-load operation or complex external environments, the core can maintain excellent structural stability. Meanwhile, this technology significantly improves the cleanliness of the core, reducing the impact of impurities, dust, and other substances on electrical performance. Thus, while enhancing the overall structural strength of the product, it greatly boosts its electrical strength, ensuring the transformer has superior insulation performance and anti-interference capability during operation and reducing the incidence of faults.

II. Structural Features

1. The primary interface strictly complies with the latest national standards, and its well-designed layout is more reasonable. This allows the transformer to be easily adapted to different power systems and equipment, featuring a wide range of applications. Additionally, it greatly enhances the product's versatility, bringing significant convenience to users during installation, replacement, and upgrading processes and reducing adaptation costs.
2. All sealing structures are equipped with reasonable position limits. This prevents seal failure caused by displacement, deformation, or other factors of the seals, fundamentally reducing the risk of oil leakage, improving the operational stability and economy of the equipment, and saving users a substantial amount of manpower, material resources, and financial resources.