The proposed work is novel design and controllability optimization technique which has been implemented prudently to simulate SSSC control operations in order to identify and determine various control parameters which are contributing considerably to control SSSC device operations in multiple directions in a power system network at different locations on the GCC power grid during any undesired conditions. In order to maximize utilization of SSSC control device operations on the GCC power grid, hereby SSSC control parameters are configured in different strategic ways to optimize SSSC model performance by adjusting its control parameters more tangibly under both steady and dynamic states. Herein SSSC device operational controllability results are clearly indicating that introduction of SSSC device in between the Oman and United Arab Emirates network will reasonably enhance the power system loadability, minimizing the losses and improved sustainability of the power system performance throughout the GCC power grid. Hereafter, new SSSC control device optimization technique can thus be successfully used for this type of optimization process.
The proposed work is novel design and controllability optimization technique which has been implemented prudently to simulate SSSC control operations in order to identify and determine various control parameters which are contributing considerably to control SSSC device operations in multiple d...
مادة فرعية
International Journal of Automation and Power Engineering