Optimal PMU placement for power system observability considering secondary voltage control

Artificial Intelligence Versus Conventional Mathematical Techniques: A Review for Optimal Placement of Phasor Measurement Units

“…The (ILP) integer linear programming based branch and bound method is used to find the optimal number and position for PMUs. In [87] authors proposed an optimal phasor measurement units (PMUs) placement algorithm for power system observability and also increasing the performance of secondary voltage control scheme. The OPP is formulated to minimize the number of PMU installations subject to full network observability and monitoring pilot buses of the system to improve secondary voltage control performance.…”

Optimal PMU placement using topology transformation method in power systems

“…Branch and bound (B&B) method was proposed by Mohammadi-Ivatloo and Hosseini. [20] to solve an OPP problem considering secondary voltage control. Nonlinear constraints were formed when considering an adjacent zero-injection bus based on the hybrid topology transformation.…”

Identification of inter-area oscillations using wavelet transform and phasor measurement unit data

“…In PDC, the measured data from the whole power system are synchronized by using the time stamps. This information provides great potential for many applications including power system state estimation , wide‐area control and monitoring , fault location and detection , wide‐area protection , transient stability analysis and prediction , online small signal stability analysis , parameter identification of transmission lines , and power system restoration .…”