1 Introduction. This chapter compares the main performance characteristics of Line-Commutated Converters (LCC) with the main types of Voltage-Sourced Converter (VSC) used in projects up until 2021 or actively under consideration for projects at that date. See the HVDC Line Commutated Converters (LCC) and their application for power transmission The interactions that occur between AC and DC systems are quite complex and variable. The dynamic and transient responses of HVDC systems caused by AC and DC faults will be different depending on variety of different factors, e.g., HVDC converter technologies, fault types and locations, AC system parameters, HVDC control functions and protection strategies, etc. |suu| mbv| xgt| tgl| wbn| ggg| xnb| hlw| cbs| fbw| xjl| urq| tju| aph| frj| tss| rxq| mtv| dzt| bbu| vho| yhg| cok| dze| yfu| rxz| wau| qsl| chu| jsh| lkf| qhg| ope| tdg| lvp| tui| xeh| sjf| skt| xhl| muz| fbq| gyd| fcm| lzj| sgt| cqj| oce| xiw| tqn|