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Power Equipment

In the operation of the entire transmission, transformation, and distribution chain in modern power systems, there are common problems such as voltage level mismatch, line reactive power offset, harmonic interference, closing impulse current, and unstable load fluctuations, which can easily cause operational risks such as excessive power quality in the power grid, high transmission losses, equipment life attenuation, and unstable grid connected operation.
As the core basic transmission and transformation equipment of the power system, our transformers rely on the characteristics of low loss, high insulation, and strong overload resistance to effectively reduce transmission and distribution losses, adapt to steady-state operation and dynamic load fluctuation conditions, and ensure efficient, safe, and reliable flow of power energy. Supporting reactors can effectively suppress system harmonics, balance reactive power, suppress power frequency overvoltage and closing inrush current, improve power factor and voltage stability of the power grid, and solve typical problems such as reactive power surplus, waveform distortion, and voltage drift in long-distance transmission and concentrated power electronic load scenarios.

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