Dry-Type Transformers

  The Powerformer 35kV Cast Resin Dry-Type Power Transformer is a high-end high-voltage power distribution core equipment, specially developed for medium and high-voltage power grid transmission and distribution projects. Adopting advanced epoxy resin vacuum casting technology, its high and low voltage windings are integrally cast and cured, forming a high-strength glass fiber reinforced plastic structure, which effectively enhances insulation strength, moisture resistance, salt spray resistance and dust resistance, ensuring stable and reliable operation even in harsh environments such as coastal areas and heavily polluted industrial parks.

  The 20kV Cast Resin Dry-Type Power Transformer is a high-performance high-voltage power distribution equipment, designed for medium and high-voltage power grid transmission and distribution scenarios. Adopting advanced epoxy resin vacuum casting technology, the winding is integrally cast, which effectively improves the insulation strength, moisture resistance, dust resistance and corrosion resistance, ensuring stable operation in harsh environments.     Rated at 20kV voltage level, the transformer adopts a reasonable structural design, with optional F/H insulation class and AN/AF air cooling mode. It features no insulating oil, zero risks of oil leakage, fire and environmental pollution, and has the advantages of low noise, compact structure, small floor space and easy maintenance, which can greatly reduce the difficulty and cost of installation and operation.

  The High-Efficiency 10kV Cast Resin Dry-Type Power Transformer is a new generation of energy-saving power distribution equipment, integrating advanced casting technology, high-efficiency core design and environmental protection concepts. Rated at 10kV voltage level, it adopts high-quality epoxy resin vacuum casting process for the winding, which ensures excellent insulation performance, fire resistance and explosion-proof performance. Without insulating oil, it eliminates the risks of oil leakage, fire and environmental pollution, making it a safe and eco-friendly choice for power distribution.