Facing this challenge, the AC voltage regulator, with its millisecond-level response, high-precision regulation, and intelligent adaptability, constructs a dynamic, flexible, and robust power safety barrier, becoming an indispensable "voltage guardian" fo
At the level of basic principles, the AC voltage regulator changes the magnetic field strength of the generator by adjusting the excitation current, thereby controlling the output voltage.
While traditional PID control is simple and reliable, it is prone to overshoot or hysteresis when the load changes drastically.
As a "stabilizer" for the power system, the AC voltage regulator, with its rapid response and precise voltage regulation capabilities, has become an indispensable key device for ensuring the stable operation of industrial equipment.
High temperature, high humidity, or strong electromagnetic interference environments may affect component parameters, leading to threshold drift or malfunction.
To address this challenge, AC voltage regulators have emerged, with their core function being to provide "wide voltage input and high-precision output."
