Warning! You're about to edit a page of another user! Are you trying to leave a message instead?
The edit can be undone. Please check the comparison below to verify that this is what you want to do, and then publish the changes below to finish undoing the edit.
Latest revision | Your text | ||
Line 40: | Line 40: | ||
*contingency ranking highlighted the magnitude of impact due to a contingency on the nominal operation of the system. | *contingency ranking highlighted the magnitude of impact due to a contingency on the nominal operation of the system. | ||
*The algorithm to obtain the ranking and perform the load flow studies was implemented using MATLAB software and the results were verified using the ASPEN - Oneliner and powerflow software. | *The algorithm to obtain the ranking and perform the load flow studies was implemented using MATLAB software and the results were verified using the ASPEN - Oneliner and powerflow software. | ||
*This was presented as a part of the term project for the course | *This was presented as a part of the term project for the course EE5200 - Advanced Power System Analysis | ||
'''Transmission Loss Allocation and Pricing using MW-Mile method for bilateral transactions on a standard 14 Bus IEEE System [Sep 2016 - Dec 2016]''' | '''Transmission Loss Allocation and Pricing using MW-Mile method for bilateral transactions on a standard 14 Bus IEEE System [Sep 2016 - Dec 2016]''' | ||
*As a team of three, we determined the Transmission loss allocation and pricing for a set of bilateral transactions using the MW-Mile Method and Bailek's loss allocation algorithm. | *As a team of three, we determined the Transmission loss allocation and pricing for a set of bilateral transactions using the MW-Mile Method and Bailek's loss allocation algorithm. |