Non-Network Solution Coordinated Voltage Stability Enhancement With STATCOM and UVLS for Wind-Penetrated Power System

Resource aware wind farm and D-STATCOM optimal sizing and placement in a distribution power system

“…Optimal sizing and placement of flexible air conditioning transmission system (FACTS) devices and renewable distributed generators with varying and stable renewable energy input is discussed in literatures [13]- [18]. New contribution from the conventional approaches is proposed in [19], which is the scenario reduction algorithm unlike the cost reduction algorithm due to voltage unstability. Instead of the cost reduction algorithm that reduces the cost of power production due to voltage unstability, this implementation concentrates on voltage unstability reduction which is called the scenario reduction algorithm.…”

Quantitative short‐term voltage stability analysis of power systems integrated with DFIG‐based wind farms

“…The voltage dynamics in power systems integrated with DFIG‐based WFs are reported in [13–27]. In [13], the influence of the non‐linear characteristics of WFs on system voltage is studied.…”

“…In [14, 15], the influence of reactive power compensators, such as static synchronous compensators (STATCOMs) and static Var compensators, on system voltage is studied through simulations. Short‐term voltage stability enhancement for high‐level wind penetrated power systems was discussed in [16, 17] through dynamic Var planning, STATCOMs, and under voltage load shedding. Aggregated wind generation resource models to study voltage responses are developed in [18] based on a voltage‐profile based approach.…”