Voltage difference of generators runpf and runopf , case9
runpf.
Bus voltages of power system and generators rigidly set to 1.04, 1.025, 1.025.
The voltage does not change during optimization.
runopf
Voltage at generator buses after optimization 1.099, 1.097b 1.086.
Question.
Which parameter w
runopf, case9
How to derive intermediate steps (iterations) of each variable during
optimization?
Best regards,
Igor
HI. I have solved the previous question about the voltage on the generator buses
How fix the generators capacities in runpf after add generator?
I have calculated a standard scheme.
mpc=loadcase('case57');
result_old=runpf(mpc)
Next, I left the power values of generators 2-7 unchanged.
That is, the process of finding the balance relies on generator 1.
I added one reactive powe
Pandapower has a model "sgen" static generator for this purpose
https://pandapower.readthedocs.io/en/v2.0.0/elements/sgen.html?highlight=sgen
5 вересня 2023, 18:47:09, від "Ігор Ткач" :
How fix the generators capacities in runpf after add generator?
I have calculated a
Dear all,
Question. how do I find the constraint. which removes my cost calculation when
calculating the runopf cost?
For case30, I study the dependence of cost when adjusting the voltage of
generators.
For example, I change the voltage of the 4th generator:
cost=function('VM') == cost=functio
Is it possible to [Index_check]=checklimits(results, 1) output Index_check = 1
or 0 when there is an output of constrains or not out of limits?
20 вересня 2023, 16:45:03, від "Ігор Ткач" :
Dear all,
Question. how do I find the constraint. which removes my cost calculation when
calcu
e this function to make it more useful and submit your
updates as a pull request here.
Hope this helps,
Ray
On Sep 22, 2023, at 12:32 AM, Ігор Ткач wrote:
Is it possible to [Index_check]=checklimits(results, 1) output Index_check = 1
or 0 when there is an output of constrains or not out
Dear all,
As loss optimization for case 118. Case118 with pv bus. costcase(1,6) = 1 is
not enough. It is necessary to have the total active power for generators and
loads.
Igor.