Advanced Modeling of a Synchronous Generator Under Line-Switching and Load-Rejection Tests for Isolated Grid Applications

Advanced-model of synchronous generator for hydropower plants numerical simulations

“…9b, 11 and 12a). When the AVR was in OFF position, the cross-validation approach using previous works have been used to assess to the effectiveness of SG model proposed in the present paper [16,17,19]. More precisely, the cross-validation consisted at first to reproduce existing results using sub-models, assuming that they fulfill expectations regardless of the test performed.…”

“…Also, the hybrid model developed in [15] is adapted for the performances prediction of synchronous generator subjected to rotor decrement tests such as the load rejection and field short-circuit tests. An improved version of the hybrid model [15] able to predict armature currents following a rotor decrement tests has been proposed in [16]. Despite these last improvements, none SG model can both perform stator and rotor decrement tests as it should be in real life.…”

Non-Linear Model of a Synchronous Generator for Dynamic Simulations, Training and Teaching

“…However, the process of integration and computation of load impedance values is improved. In fact, the model of a local load for an islanded system given by equation 1is depicted by Fig.3 [21]. The impedance computing process includes the actual values of active and reactive power output.…”

Development of an Analog and Didactical Simulator for Hydroelectric Power Plants

“…They can be identified by their powers (active P, reactive Q) and their voltage V. From Equation 1, the equivalent model parameters (r l , x l ) of a (P, V, Q) load can be obtained for a steady state generator ratings. As specified in [13] , this model is practically appropriate for small gas, wind, hybrid, and hydroelectric stations with a single generator. Other configuration of a single generator connected to a load are well explained in reference [3].…”