Transmission security enhancement under (N− 1) contingency conditions with optimal unified power flow controller and renewable energy sources generation
KVK Kavuturu, P Narasimham - Journal of Electrical Engineering & …, 2020 - Springer
Introduction Transmission system security management under (N− 1) line contingency is
one of the typical and essential tasks in power system operation and control. This paper …
one of the typical and essential tasks in power system operation and control. This paper …
Enhancing power system transient stability using optimal unified power flow controller based on Lyapunov control strategy
P Avaz Pour, A Lashkar Ara… - Scientia …, 2017 - scientiairanica.sharif.edu
This paper presents a new control strategy for an Optimal Uni ed Power Flow Controller
(OUPFC) through a Lyapunov energy function in terms of local parameters to improve the …
(OUPFC) through a Lyapunov energy function in terms of local parameters to improve the …
Minimization of Ohmic Losses in Power Networks by Utilization of Interphase Power Controllers
B Azimian, A Helmzadeh… - 2018 North American …, 2018 - ieeexplore.ieee.org
Installation of flexible alternating current transmission system (FACTS) devices is a
widespread approach for reducing ohmic losses in power networks. However, the location …
widespread approach for reducing ohmic losses in power networks. However, the location …