Introduction - If you have any usage issues, please Google them yourself
This paper focuses on the analysis of
traditional decoupled d-q vector control approaches for control
of power transmission in a HVDC light system. The paper
presents steady-state and transient models of a HVDC light
system in a d-q reference frame. The steady-state model is used
to study the steady-state characteristics of the HVDC light under
the decoupled d-q vector control strategy. The transient model is
used to develop close-loop control mechanisms for control of the
HVDC light system. A weakness of traditional control
mechanism is analyzed through theoretical study and computer
simulation.