1. Reduced Energy Loss: The core material is processed using advanced vertical cutting, horizontal cutting, and stacking techniques, and features a stepped-lap core structure with a 3-stage joint design. 2. High Short-Circuit Strength: Designed to withstand lightning strikes and possess high short-circuit tolerance capabilities. 3. Lightning and Surge Protection: Manufactured using advanced assembly lines and processes, and equipped with high-quality, precision-engineered accessories.
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1、Energy conservation, Stable operation, Highly efficient and Environmentally friendly advantages 2、 Reliable power guarantee for the power distribution system 3、Reduces energy consumption and environmental impact
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1、Safe, Combustion Resistant/Fire Retardant, Without Pollution, Capable of Direct Installation on Load Center; 2、Maintenance Free, Convenient to Install, Low in Composite Operation Cost; 3、 Low Loss, Low Local Discharges, Low Noise, Strong Heat Radiation, Capable of Runing under 150% Nominal Load with the aid of Forced Air Cooling
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1. Widely applied in key scenarios such as large substations, industrial enterprise power distribution, new energy grid connection (wind power/photovoltaic power), and urban power grid upgrading. 2. Core design philosophy of High Overload Capacity, Long Service Life, High Reliability, High Safety, and Leak-Free. 3. Ensure efficient energy transmission while achieving long-term stable operation and optimal life-cycle cost.
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