In field-weakening control, the frequency converter must precisely coordinate the distribution of the direct-axis current (Id) and the quadrature-axis current (Iq).
Cable laying should avoid sharp bends or excessive stretching to prevent damage to the insulation layer, which may cause leakage or short circuit.
In modern industrial drive systems, frequency converters precisely control AC motors by adjusting frequency and voltage.
In modern industrial automation systems, frequency converters, as core devices for motor speed control, are widely used in various loads, including fans, pumps, compressors, and transmission lines.
Frequency converters, as advanced power electronic control devices, are becoming a core technical means of improving the energy efficiency of motor systems with their superior speed regulation performance and energy-saving effects.
Frequency converters have emerged as a crucial tool for motor energy conservation, thanks to their precise speed regulation capabilities. They are widely hailed as one of the most effective energy-saving technologies.
