D5.3 Propagation of PQ disturbances through the power networks

This is a brief description of the files provided that enable application of the probabilistic harmonic methodology analysis on IEEE 68 bus network 
and transmission network in Ireland as it is done in MIGRATE Task 5.3 (Deliverable 5.3 Propagation of PQ disturbances through the power networks).

File OPF_results_68bus.7z data represent the OPF results performed in MatPower for the selected level of penetration of RES (wind and PV) in 
modified IEEE 68 bus network.

Methodology reference is given in following paper:
[1] S.Abdelrahman, M. Wang, J. V. Milanovic, and E.Becirovic, 
"Study of harmonic propagation in transmission networks with high penetration of power electronics devices," 
2017 IEEE Manchester PowerTech, Manchester, United Kingdom, 2017.

and is described in MIGRATE Task 5.3 (Deliverable 5.3 Propagation of PQ disturbances through the power networks).


Documents uploaded: 

readme.txt:      			this file

script_harm_prob.pfd:	 		main DPL PowerFactory script as applied in IEEE 68 bus network containing following subscripts: 
					Loads Reset, THD_daily_final, Har_vol, reset_harmonic_models, Loads_NLratio

THD_analysis_loads.pfd			main DPL PowerFactory script as applied in transmission network model in Ireland containing following subscript:
					Har_vol

OPF_results_68bus.zip 			file represents the OPF results performed in MatPower for the selected level of penetration of RES (wind and PV) 
					in modified IEEE 68 bus network.

Harmonic ranges_PE devices.docx 	file contains ranges of current magnitudes with the ranges of the positive and negative sequence impedances 
					for PE devices as given in Migrate Deliverable 5.2.


Remarks
=======
To use the .pfd codes, PowerFactory DIGSILENT v.15 is needed.
Model of IEEE 68 bus network can be found in: 
[2]	P. N. Papadopoulos, J. V. Milanovic, 
	�Probabilistic Framework for Transient Stability Assessment of Power Systems with High Penetration of Renewable Generation�, 
	IEEE Transactions on Power Systems, vol. 32, no. 4, pp. 3078-3088

Contact
========
If any questions or bugs, please report to:
Prof. Jovica V. Milanovic (jovica.milanovic@manchester.ac.uk) 
Dr. Elvisa Becirovic (elvisa.becirovic@manchester.ac.uk) 


Terms of use
============
You are free to adapt, copy or redistribute the material, providing you attribute appropriately and do not use the material for commercial purposes.

Please acknowledge or cite [1] in any publication derived from the use of these codes.

[1]  S.Abdelrahman, M. Wang, J. V. Milanovic, and E.Becirovic, 
"Study of harmonic propagation in transmission networks with high penetration of power electronics devices," 
2017 IEEE Manchester PowerTech, Manchester, United Kingdom, 2017.