Multi-terminal direct current (MTDC) grids provide the possibility of meshed interconnections
between regional power systems and various renewable energy resources to boost supply …

Governments set more ambitious goals about CO 2 emission reductions and increasing the
share of clean energy in the overall generation portfolio. A natural outcome of this trend is …

This paper presents an innovative two-terminal traveling wave (TW)-based fault location
formulation. It depends only on the time difference between the first incident TW and the …

This paper presents a traveling-wave-based fault location method for two terminal
transmission lines using unsynchronized current measurements from intelligent electronic …

This paper compares how a dc fault affects a multiterminal dc (MTdc) network depending on
the HVDC transmission system topology. To this end, a six-step methodology is proposed for …

For decades high voltage alternating current (HVAC) was considered as most economical
solution to transmit and deliver electric power. With the recent developments in power …

Fault analysis and diagnosis constitute a relevant problem in power systems, with important
economic impacts for operators, maintenance agents and the power industry in general …

As a result of the increase in penetration of inverter-based generation such as wind and
solar, the dynamics of the grid are being modified. These modifications may threaten the …

To improve location speed, accuracy and reliability, this paper proposes a fault location
method for distribution networks based on the time matrix of fault traveling waves. First, an …

In this paper, a new two-terminal traveling-wave-based fault-location algorithm is proposed.
Its main advantage over similar two-terminal algorithms lies in the fact it does not require the …