CSP and Wind models combination

Dear Mr. Gilman,
Thanks a lot for your reply, I really appreciate it.

Since your reply, I have been trying to do what you told me to, however it goes wrong while indexing the total_output and I
don't understand why exactly..

In your last reply, when you mentioned that I have to set each individual case inputs, did you mean all the inputs (from the LK
for SDK) ? or just the for loop with the variables of interest ?

Please kindly have a look on the code I wrote:
a = csvread('C:/Users/Mohammed/Desktop/SAM trials/SPT + WT/Design TES range.csv',{'skip'=1, 'numeric'=true});
b = csvread('C:/Users/Mohammed/Desktop/SAMtrials/SPT + WT/Design SM range.csv', {'skip'=1, 'numeric'=true});
c = csvread('C:/Users/Mohammed/Desktop/SAMtrials/SPT + WT/cut in speed.csv', {'skip'=1, 'numeric'=true});
d = csvread('C:/Users/Mohammed/Desktop/SAMtrials/SPT + WT/cut out speed.csv', {'skip'=1, 'numeric'=true});

active_case = ('SPT');

for (w=0; w<2; w++)

{   for (x=0;x<2; x++)
 
{ R = a[w][0];
set ('tshours', R);
 
S = b[x][0];
set ('solarm', S);
 
simulate ();
  
SPT_output_array = get('system_pre_curtailment_kwac'); 
outln (SPT_output_array);
                                           } 
                                                 } 
active_case = ('WT');

for (y=0; y<2; y++)

{   for (z=0;z<2; z++)
 
  { T = c[y][0];
set ('wind_turbine_cutin', T);
 
U = d[z][0];
set ('wind_turbine_cutout', U); 

simulate ();
  
WT_output_array = get ('system_pre_curtailment_kwac'); 
outln (WT_output_array);
                                                                     }  
                                                                                              }   
for ( i=0; i<8; i++ ) 
  {  
 {total_output = SPT_output_array + WT_output_array; } 

 active_case('WT + SPT'); 
 
 set( 'spec_mode', 1 ); // sets mode to import hourly or subhourly profile from file

 set('energy_output_array', total_output);

 simulate();  
 
 energy_output_array = get ('total_output');

 outln (energy_output_array);

                                                            }

If I am at the combined case page (WT + SPT), it gives some results for the WT case and other results for the SPT case and 'null' for the combined case. 

Same happens when I am placed in the WT or the SPT pages, however always with different results for the individual WT, SPT cases and null for the combined..

Thanks a lot in advance, I really appreciate your time and effort.

Regards,
Mohammed
 

Dear Mr. Gilman,

Oh I just knew that I have to set all the inputs in the LK script in SAM.. Thanks a lot for letting me know!

My question now is whether it is doable to take the inputs of a model from the model's LK for SDK code and use it in the LK script window in SAM ?

Please find attached the following:
- SAM file containing (WT, SPT and SPT + WT cases).  
- WordPad LK script file.
- TMY CSV file for the SPT. 
- notepad SRW file for the WT.
- 4 CSV files for the variables in the loop.

Thanks a lot for helping in troubleshooting I will be never able to thank you enough Mr. Gilman! I really appreciate it!

Regards,
Mohammed

Hello Mr. Gilman,

Thanks a lot for your time. I am already trying to perform what you recommended, I will let you know what happens with me.

Thanks again for everything.

Regards,
Mohammed

Dear Mr. Gilman,

I hope you are well. 

I have doing what you recommended and have been able to get both individual generated codes (from LK for SDK code generator) for the WT case and the SPT case. Then I adapted and combined both in one script and got a total of power output which is exactly just the numbers in SAM. Everything is fine now with the code, however, I believe I have difficulties with the for loop I implemented in the code. The for loop is looping the script, however, I am not sure why I am getting the exact similar results each time.

I attached the script I just combined in order for you to kindly have a look at it when is appropriate.

Thanks a lot for your great assistance and follow up, I really appreciate it.

Note:
SAM, weather and other necessary files for this script are located in this conversation (1st of April reply).