Deregulation has allowed for more effective power generation, technical advancements, and
eventually reduced retail pricing, which has caused the electric power business to go …

This paper presents an approach to place the phasor measurement unit (PMU) optimally,
which minimizes the setup cost of PMU. This methodology attains complete state estimation …

Critical situations are difficult to predict reliably by the machine learning‐based transient
stability assessment (TSA) methods. Therefore, the practicality of the data‐driven TSA is …

This paper proposes a new combinatorial technique for Wide Area Measurement System
(WAMS) infrastructure deployment for cyber physical resiliency enhancement. A meaningful …

The accurate identification of tripped branch (ITB) is an essential requirement to maintain the
reliability and security of modern smart grid. Most of the existing phasor angle based …

Phasor measurement units (PMUs) are becoming a vital measurement device in wide‐area
monitoring, operation, and control. The allocation of PMU at each bus will make that bus …

Purpose The earlier methods are more resilient to improvements such as load shift and path
change. This results in problems such as a voltage drop and a high reactive flux. In addition …

Phasor measurement units (PMUs) have gained significant interest in recent decades.
These instruments are used to measure synchronized phasor data. PMUs are gradually but …

This article presents a study on real‐time testing of synchrophasor‐based “wide‐area
monitoring system's applications (WAMS application).” Considering the growing demand of …

The energy sector has headed towards harvesting alternatives such as wind and solar
energy to drive the world, looking at the decline in conventional resources. Both of these …