Description

SNAT602TAC-61001395G1 excitation controller is an important part of the power system and is mainly used to control the excitation system of synchronous generators. The function of the excitation system is to provide DC current to the excitation winding of the generator to establish and maintain the magnetic field of the generator, so that the generator can generate electricity normally. The excitation controller is responsible for adjusting the DC current to meet the needs of the generator under various operating conditions. The excitation controller mainly consists of two parts: the excitation power module and the control module. The excitation power module is responsible for converting AC power into DC power to provide the required excitation current for the generator’s excitation winding. The control module is responsible for monitoring the operating status of the generator, calculating the required excitation current based on the preset control algorithm and parameters, and then sending it to the excitation power module to adjust the size and stability of the excitation current.
The main functions of the SNAT602TAC-61001395G1 excitation controller include: maintaining the generator terminal voltage at a given value. When the generator load changes, the generator terminal voltage remains stable by adjusting the excitation current. Reasonably distribute the reactive load between parallel operating units to make the operation of each unit more economical and stable. Improve the stability of the power system and prevent the system from oscillating or losing synchronization. Realize automatic paralleling and demagnetization of generators, as well as automatic demagnetization and demagnetization in case of accidents. The performance of the SNAT602TAC-61001395G1 excitation controller has an important impact on the operating stability of the generator and the safety and reliability of the power system. Therefore, when selecting and using an excitation controller, it is necessary to select a suitable excitation controller model and control algorithm based on the specific conditions of the generator and power system, and conduct sufficient testing and verification to ensure its performance and reliability.