SC(B)14 Type Dry-Type Transformers

315 kVA 10 kV Dry-Type Transformer High Efficiency

315KVA 10KV High Efficiency Dry-Type Transformer: Energy-Saving and Stable Power Distribution Equipment In the current power distribution industry, high energy consumption and poor fire and moisture resistance of traditional power distribution equipment are common pain points. Most companies use oil-immersed transformers, which are prone to oil leaks and cumbersome maintenance, causing numerous problems for power distribution operation and maintenance and safe production in the plant area. To address these issues, we have launched the 315KVA 10KV High Efficiency Dry-Type Transformer, which uses a resin casting molding process and optimizes the internal winding structure and heat dissipation design. This product effectively reduces operating losses, eliminates oil pollution, and is suitable for stable power supply in various scenarios. It can be used with Box Type Substations and High And Low Voltage Switchgear , and is widely used in power distribution scenarios such as industrial plants, commercial buildings, and photovoltaic power stations. It can also be used in conjunction with Electric Power Converters and Combined Photovoltaic Substations to significantly improve the operational stability and Energy Efficiency of the entire power system. Core Product Features 1. High Efficiency, Energy Saving, and Low Loss: This 315KVA 10KV Dry Type Transformer features an optimized electromagnetic design, resulting in no-load and load losses significantly lower than industry standards. Long-term operation can substantially reduce enterprise electricity costs and is suitable for scenarios requiring continuous power supply. 2. Safe and Maintenance-Free: Unlike traditional oil-immersed transformers, this oil-free design eliminates the risk of oil leaks and fires. It boasts excellent fire resistance, moisture resistance, and dust resistance, ensuring stable operation even under harsh conditions and significantly reducing subsequent maintenance costs. Practical Maintenance Tips 1. Frequent maintenance is unnecessary during operation. Only quarterly surface dust cleaning and checking the tightness of wiring terminals are required, effectively extending the equipment's lifespan. 2. When used with Combined Photovoltaic Substations, the power load parameters must be matched to avoid prolonged overload operation and ensure efficient adaptation to the power distribution system. 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