HIGH-SPEED VOLTAGE AND REACTIVE-POWER CONVERTERS FOR AN AUTOMATIC MICROPROCESSOR SYSTEM REGULATING SYNCHRONOUS-GENERATOR EXCITATION

摘要

High-speed hardware- and software-based converters for an automatic microprocessor system exciting synchronous generators are considered. Eliminating frequency filters and utilizing orthogonal voltage components proves beneficial. Mathematical modeling shows that the inertia of the control system is reduced to less than half, which significantly increases the stability of the power system and reduces the likelihood of system failure.