Monte Carlo applications are widely perceived as computationally intensive but naturally parallel. Therefore, they can be effectively executed on the grid using the dynamic bag-of-work model. This paper concentrates on analyzing the characteristics of large-scale Monte Carlo computation for grid computing. Based on these analyses, we improve the efficiency of the subtask-scheduling scheme by im...

Monte Carlo applications are widely perceived as computationally intensive but naturally parallel. Therefore, they can be effectively executed on the Grid using the dynamic bag-of-work model. In this paper we concentrate on analyzing the characteristics of large-scale Monte Carlo computation for Grid computing. Based on these analyses, we improve the efficiency of the subtask-scheduling scheme ...

Doubly fed induction generator (DFIG) wind power generation system is widely used in farm all over the world. Reactive can be generated both grid-side converter and generator-side of DFIG. In this paper, working principle control method DFIG are introduced, reactive limit derived, finally regulation simulated Simulink.

The majority of inverter-based resources (IBRs) currently operate as grid-following inverters (GFLIs). However, these exhibit certain stability issues when integrated in low-strength areas the grid. To enhance grid strength a GFLI-dominant area, virtual synchronous generators (VSGs) can be installed. If VSG and GFLI are investigated paralleled system, despite benefits brought by VSG, some cases...

To meet the strict criteria of grid codes for the integrated wind farm with the grid has become a major point of concern for engineers and researchers today. Moreover voltage stability is a key factor for the stable operation of grid connected wind farm during fault ride through and grid disturbances. This paper investigates the implementation and comparison of FACTS devices like STATCOM and SV...