What type of systems do rotary inverters typically support?

Rotary inverters are designed to support systems that operate at varying frequencies, which is characteristic of wild frequency systems. These systems can experience fluctuations in frequency due to varying loads or generator outputs, necessitating a power conversion solution that can handle this variability.

Rotary inverters convert direct current (DC) to alternating current (AC) and can regulate their output frequency according to the demands of the connected load. This feature makes them particularly suitable for applications where the frequency is not fixed, allowing for greater flexibility in power delivery and distribution.

While constant frequency, high voltage, and low voltage systems describe specific operating conditions, they are not the primary function of rotary inverters, which excel in environments where frequency can deviate significantly from a fixed standard. This functionality distinguishes rotary inverters in the field of power conversion, making them ideal for situations that require adaptability to changing frequency conditions.