This paper presents the closed form solution of the synchronous machine transients undergoing short circuit. That analytic formulation has been derived based on linearity and balanced conditions of the fault. Even though restrictive, the proposed method will serve somehow or other as a new resource for EMTP productivity. Indisputably superior, the closed-form formulation has some features inimitable by discretization such as continuity, accuracy and absolute numerical stability. Moreover, it enables us to calculate states at one specific instant independent of previous states or a snapshot, which any discretization methods cannot do
Extensive computer simulations are necessary to operate power systems in a stable, secure, and optim...
The work described in this thesis concerns the time-domain simulation of various items of plant for ...
This paper proposes a novel formulation for determining the short-circuit fault identity, that is th...
This paper presents the closed form solution of the synchronous machine transients underg...
Although of a great extent in time, the research works directed at studying transients in synchronou...
Synchronous generator theory has been known since the beginning of its use, but the modelling and an...
In today’s wider adaptation of renewable energy resources, computer simulations and power system tra...
International audienceIn this paper, a nonlinear dq model is proposed for transient simulations of a...
During transients that occur in an electric network, large currents can flow and large electromagnet...
Modeling of electrical machines for power system’s electromagnetic transient programs (EMTP) has bee...
Six-phase synchronous machines have been used in the past for high power generation, and presently a...
This paper presents an improvement to dq-domain method of calculating electromagnetic transients. Th...
The development of the synchronous motors with permanent magnets is, mostly thanks to the legislatio...
This paper presents an improvement to dq-domain method of calculating electromagnetic transients. Th...
Extensive computer simulations are necessary to operate power systems in a stable, secure, and optim...
The work described in this thesis concerns the time-domain simulation of various items of plant for ...
This paper proposes a novel formulation for determining the short-circuit fault identity, that is th...
This paper presents the closed form solution of the synchronous machine transients underg...
Although of a great extent in time, the research works directed at studying transients in synchronou...
Synchronous generator theory has been known since the beginning of its use, but the modelling and an...
In today’s wider adaptation of renewable energy resources, computer simulations and power system tra...
International audienceIn this paper, a nonlinear dq model is proposed for transient simulations of a...
During transients that occur in an electric network, large currents can flow and large electromagnet...
Modeling of electrical machines for power system’s electromagnetic transient programs (EMTP) has bee...
Six-phase synchronous machines have been used in the past for high power generation, and presently a...
This paper presents an improvement to dq-domain method of calculating electromagnetic transients. Th...
The development of the synchronous motors with permanent magnets is, mostly thanks to the legislatio...
This paper presents an improvement to dq-domain method of calculating electromagnetic transients. Th...
Extensive computer simulations are necessary to operate power systems in a stable, secure, and optim...
The work described in this thesis concerns the time-domain simulation of various items of plant for ...
This paper proposes a novel formulation for determining the short-circuit fault identity, that is th...