Photovoltaic (PV) systems are increasingly assuming a significant share in the power
generation capacity in many countries, and their massive integration with existing power …

To improve the performance of the conventional distance protection scheme for
compensated lines with high resistance faults, an adaptive distance protection scheme is …

This study proposes a new technique which detects fault on the line, identifies faulty
circuit/line‐section and estimates location of fault (fault localisation) on the double‐circuit …

Three-terminal hybrid transmission lines (TTHTLs) are attractive from both environmental
and commercial view. Hybrid transmission lines are growing due to urbanization, connecting …

This paper presents a new ground fault location method for a three-terminal transmission
line using unsynchronized current measurements. The faulty line section is identified …

A new faulty section identification and fault distance estimation technique for three-terminal
transmission line (TTL) is proposed in this paper. It is based on the derivation of three …

Owing to mal-operation of the conventional scheme during high resistance ground fault near
tap point, a new faulty section identification and fault localization technique for three-terminal …

Combined real-time hardware-in-the-loop simulations and modeling of communication
networks (co-simulation platforms) is a powerful testbed for development and validation of …

This paper presents a novel backup protection scheme integrated with fault location
capabilities for unsynchronized three-terminal multisection hybrid untransposed double …

Variation in infeed current challenges the distance relay performance significantly for
protection of multi-terminal lines. Underreach issue with such a line configuration becomes …