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I've found the answer by @perolofl in https://psspy.org/psse-help-forum/question/2551/is-it-possible-to-change-generator-and-load-values-in-dynamic-simulation/

As said in it, the electric power is determined by the turbine power. As an example does @perolofl introduce the IEESGOV model, the reference of which is P0, the reference can be changed by applying the API incrementgref. However, other turbine models does not follow the same setting, if I use incrementgref, for some models the GREF is speed instead of P0.

Another option according to @perolofl is to count on Fortran code and a compiler, which I cannot manage.

I am trying to change the power output of generators step by step, to get close to the rotor angle stability limit. Is there any alternatives for me?

I've found the answer by @perolofl in https://psspy.org/psse-help-forum/question/2551/is-it-possible-to-change-generator-and-load-values-in-dynamic-simulation/

As said in it, the electric power is determined by the turbine power. As an example does @perolofl introduce the IEESGOV model, the reference of which is P0, the reference can be changed by applying the API incrementgref. However, other turbine models does not follow the same setting, if I use increment_incrementgref, gref_, for some models the GREF is speed instead of P0.

Another option according to @perolofl is to count on Fortran code and a compiler, which I cannot manage.

I am trying to change the power output of generators step by step, to get close to the rotor angle stability limit. Is there any alternatives for me?

I've found the answer by @perolofl in https://psspy.org/psse-help-forum/question/2551/is-it-possible-to-change-generator-and-load-values-in-dynamic-simulation/

As said in it, the electric power is determined by the turbine power. As an example does @perolofl introduce the IEESGOV model, the reference of which is P0, the reference can be changed by applying the API incrementgref. ——gref. However, other turbine models does not follow the same setting, if I use _incrementincrementgref_, _gref, for some models the GREF is speed instead of P0.

Another option according to @perolofl is to count on Fortran code and a compiler, which I cannot manage.

I am trying to change the power output of generators step by step, to get close to the rotor angle stability limit. Is there any alternatives for me?

I've found the answer by @perolofl in https://psspy.org/psse-help-forum/question/2551/is-it-possible-to-change-generator-and-load-values-in-dynamic-simulation/

As said in it, the electric power is determined by the turbine power. As an example does @perolofl introduce the IEESGOV model, the reference of which is P0, the reference can be changed by applying the API increment——gref. gref. However, other turbine models does not follow the same setting, if I use increment_gref, gref, for some models the GREF is speed instead of P0.

Another option according to @perolofl is to count on Fortran code and a compiler, which I cannot manage.

I am trying to change the power output of generators step by step, to get close to the rotor angle stability limit. Is there any alternatives for me?

I've found the answer by @perolofl in https://psspy.org/psse-help-forum/question/2551/is-it-possible-to-change-generator-and-load-values-in-dynamic-simulation/

As said in it, the electric power is determined by the turbine power. As an example does @perolofl introduce the IEESGOV model, the reference of which is P0, the reference can be changed by applying the API incrementgref. increment-gref. However, other turbine models does not follow the same setting, if I use incrementgref, increment-gref, for some models the GREF is speed instead of P0.

Another option according to @perolofl is to count on Fortran code and a compiler, which I cannot manage.

I am trying to change the power output of generators step by step, to get close to the rotor angle stability limit. Is there any alternatives for me?