High Voltage Transformers  Manufacturers, Traders, Suppliers

Data sheet in PDF format:
Three-phase small transformer Terminal support riveted to the sheet metal package DE (pdf, 159 KB)
Three-phase transformer vertical K3 (pdf, 339 KB)
Three-phase transformer Coil cage vertical DUS (pdf, 145 KB)
three-phase transformer horizontal L3 (pdf, 295 KB)
Three-phase transformer of the medium power class standing DT (pdf, 223 KB)
three-phase current large transformer standing DK (pdf, 245 KB)

This distribution unit features a modular design for flexible and convenient installation, supporting rapid assembly, disassembly and expansion. The enclosure is constructed from high-strength flame-retardant materials, offering superior dustproofing, moisture resistance, and corrosion resistance to ensure stable operation in demanding environments. Its internal layout is well-organised with clear wiring and ample ventilation channels, effectively enhancing the unit's service life and operational safety. Integrated intelligent monitoring interfaces provide real-time operational status feedback, facilitating remote maintenance and fault alerts. This solution is widely applicable across industrial, commercial, and other power distribution scenarios.

High-voltage switch technology focuses on safety and reliability in high-voltage scenarios, centred on employing premium insulating materials and structural designs to ensure resistance to breakdown under intense electric fields. Precise operating mechanisms—such as spring-loaded or hydraulic systems—enable rapid, stable switching operations, thereby reducing fault-clearance times. Integrated intelligent monitoring technology provides real-time detection of parameters including current and temperature, delivering timely alerts for anomalies.

High-voltage switches, as critical control equipment within power systems, find extensive application across multiple domains: within power systems, they facilitate the switching and fault protection of high-voltage circuits in power stations and substations, ensuring stable grid operation; In the renewable energy sector, they adapt to the step-up systems of wind farms and photovoltaic power stations, enabling efficient power transmission and secure control; Within industrial applications, they provide precise control for high-voltage power supply circuits in large, energy-intensive enterprises such as metallurgical and chemical plants; Additionally, they are deployed in traction power supply systems for rail transport and municipal distribution networks, meeting diverse high-voltage power management requirements across various scenarios.