The paper describes a step-by-step procedure to integrate the dynamic equations of low-rate self-excited single-phase synchronous generators. The method, based on a non-linear dq model of the machine, makes possible the simulation of self-excitation transient and then of the steady-state running. Some integration algorithms are discussed and the results of the application of theprocedure on a commercial alternator are compared with the experimental data.
Electromagnetic transient simulation of a single-phase synchronous generator by a non-linear d-q model
ANDRIOLLO, MAURO;MARTINELLI, GIOVANNI ATTILIO;MORINI, AUGUSTO;TORTELLA, ANDREA;
2002
Abstract
The paper describes a step-by-step procedure to integrate the dynamic equations of low-rate self-excited single-phase synchronous generators. The method, based on a non-linear dq model of the machine, makes possible the simulation of self-excitation transient and then of the steady-state running. Some integration algorithms are discussed and the results of the application of theprocedure on a commercial alternator are compared with the experimental data.
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