A method of analysis is presented and applied to a model system which is well established
and extensively used in studies of HVDC converters connected to weak AC systems. The …

The author discusses the new generation of detailed models for HVDC systems that were
recently introduced in power system stability programs. These models represent the high …

A new method for the analysis of ac voltage stability problems at HVDC terminals, when
imbeded in large networks, is presented. The method can be used to evaluate the effects of …

High-voltage DC transmission links and static VAr (voltampere reactive) compensators
(SVCs) have controllable characteristics with potential for affecting system stability. To study …

This paper presents a new concept called the" Control Sensitivity Index" or CSI, for the
stability analysis of HVDC converters connected to weak AC systems. The CSI for a …

The effectiveness of providing positive damping of harmonic oscillations by either modifying
the AC-system filter characteristics or adding to the rectifier control circuitry are examined …

A didactic explanation of voltage-stability-associated phenomena at HVDC terminals is
presented. Conditions leading to AC voltage collapse problems are identified. A mechanism …

This paper discusses the performance of dynamic voltage control devices at the inverters of
very weak AC power systems. The types of compensation considered are:(a) static VAr …

As AC/DC systems become further integrated, multiple-infeed converter (MIC) systems can
be expected to become more common. Different categories of MIC systems are defined …

The controllability of HVDC links is often cited as an important advantage of DC systems.
This controllability can be valuable in improving the dynamic performance of large power …