An Adaptive Wireless Power Sharing Control for Multiterminal HVDC

Power sharing among multiterminal high voltage direct current terminals (MT-HVDC) is mainly developed based on a priority or sequential manners, which uses to prevent the problem of overloading due predefined controller coefficient. Furthermore, fixed power control also suffers from an inability identify availability at rectification station. There need for that ensures efficient MT-HVDC terminals, prevents possibility overloading, and utilizes available sharing. A new adaptive wireless active systems, including management policy, proposed in this paper. The strategy solves these issues and, generic method can be applied unlimited number converter stations. rational increase system reliability by avoiding necessity fast communication links. test paper consists four stations three phase-two AC levels. HVDC conducted systems computer aided design/electromagnetic transient design (PSCAD/EMTDC) simulation environment. results significantly show flexibility usefulness provided method.