SC(B)10 Type Dry-Type Transformers

500 kVA 35 kV Dry-Type Transformer Low Loss

500KVA 35KV Low Loss Dry Type Transformer - Industrial Power Voltage Stabilizer and Adaptor In current high-voltage power distribution scenarios, traditional transformer equipment generally suffers from high energy consumption and insufficient operational stability. Simultaneously, many enterprises face procurement and usage challenges due to cumbersome equipment maintenance and limited adaptability. To address these issues, this 500KVA 35KV Low Loss Dry Type Transformer, relying on a new core technology and optimized insulation structure design, is precisely adapted to various high-voltage power distribution conditions. In practical applications, this equipment effectively reduces no-load and load losses, minimizing energy waste. Its oil-free design avoids leakage and fire risks, making it widely compatible with High And Low Voltage Switchgear and Electric Power Converters. It can also flexibly adapt to Box Type Substations and Combined Photovoltaic Substations . It is a highly efficient and energy-saving transformer that replaces traditional Oil Immersed Transformers, primarily used in high-voltage power supply scenarios such as industrial and mining enterprises, photovoltaic power plants, and municipal power distribution, ensuring stable and efficient power transmission. Core Product Features 1. Ultra-low energy consumption and high Energy Efficiency : The product uses high-permeability, high-quality iron core materials, coupled with a refined winding arrangement, significantly reducing operating losses compared to ordinary dry-type transformers. Long-term operation can help enterprises save substantial electricity costs, making it suitable for industrial scenarios requiring uninterrupted power supply, with outstanding energy-saving and economical performance. Practical Maintenance Tips 1. Regular dust removal for stability: Dust easily accumulates during long-term operation. It is recommended to remove dust from the equipment casing and insulating components quarterly, and check the tightness of the wiring terminals. This can effectively prevent insulation degradation, localized overheating, and extend the equipment's lifespan. Frequently Asked Questions (

• Routine test report with the unit
• English GA drawing and O&M manual
• Copper or aluminium winding options
• 50 Hz / 60 Hz and harsh-site options