Ali Khan

This issue is resolved. Consider thread as closed.

Hello Gridlabd Team, I was thinking is it possible to access a particular column of a CSV file, through players. If possible, this way, if you have many loads, you can populate one csv with columns and will avoid using many csv files. class player { double value; } object player { name Load_Profile; file Unit_Load_Profile.csv; } object load { parent EB13_JB-B; phases ABCN; name EB13_JB-B_Load; nominal_voltage 2401.78; constant_power_A_real Load_Profile.value * 1740; constant_power_B_real Load_Profile.value...

Hello, I figured out that I will have to fork it from github and then rebuild it using cmake from my fork. I will try and see, if I am able to reverse the load following function by removing this check.

Hello, I figured out that I will have to clone it from github and then rebuild it using cmake on my own. I will try and see, if I am able to reverse the load following function by removing this check.

Hello, I figured out that I will have to clone it from github and then rebuild it using cmake on my own. I will try and see, if I am able to reverse the load following function by removing this check.

Hello, I figured out that I will have to clone it from github and then rebuild it using cmake on my own.

Hello Gridlab-D Team, I am experimenting with the load following inverter object in gridlab-d. The normal operation is that the object is programmed to: Fill the valleys and shave the peaks by controlled battery charge and discharge. I am trying to experiment with an opposite application, that would let me charge the battery (EV) when excess power is available. Instead of shaving the peak by battery discharging, it should absorb the peak by charging the battery. I assume that excess power is available...

Hello Gridlab-D Team, I am experimenting with the load following inverter object in gridlab-d. The normal operation is that the object is programmed to: Fill the valleys and shave the peaks by controlled battery charge and discharge. I am trying to experiment with an opposite application, that would let me charge the battery (EV) when excess power is available. Instead of shaving the peak by battery discharging, it should absorb the peak by charging the battery. I assume that excess power is available...