Title :
Technical Guidelines and Prestandardization Work for First HVDC Grids
Author :
Akhmatov, V. ; Callavik, Magnus ; Franck, Christian ; Rye, S.E. ; Ahndorf, Thomas ; Bucher, Matthias K. ; Muller, Holger ; Schettler, F. ; Wiget, Roger
Author_Institution :
Energinet.dk, Fredericia, Denmark
Abstract :
This paper presents important results of the European HVDC Study Group founded on an initiative by the German Commission for Electrical, Electronic and Information Technologies in September 2010. The main task of the Study Group has been defining “Technical Guidelines for first HVDC Grids”: 1) to gain a common understanding of basic operating and design principles of HVDC grid systems, and 2) to prepare the ground for more detailed standardization work. The HVDC systems are moving from the stage of point-to-point (PTP) connectors to the stage of the transmission systems interconnecting more than two stations and utilizing multiterminal (MT), multivendor (MTMV) HVDC voltage-source converter (VSC) systems. The development will be modular, for example, in steps, starting with interconnecting PTP connectors and establishing three-pod, radial systems. Then, such simple systems may gradually be interconnected into radial and meshed HVDC-VSC systems comprising more HVDC lines and dc converter stations. This paper describes understanding, specification, and standardization of design and operation principles of the HVDC grids seen as the first needed steps toward such MTMV systems.
Keywords :
HVDC power convertors; HVDC power transmission; power grids; power system interconnection; power transmission lines; European HVDC study group; German Commission for Electrical Electronic and Information Technologies; HVDC grid system; HVDC line; HVDC transmission system; MTMV VSC system; PTP connector; meshed HVDC-VSC system; multiterminal multivendor HVDC voltage-source converter system; point-to-point connector; power system interconnection; prestandardization; radial HVDC-VSC system; three-pod radial system; Connectors; Frequency control; HVDC transmission; Power conversion; Security; Voltage control; Grid code; HVDC transmission; power system control; power system planning; power system protection; power system security; short-circuit currents; standardization; voltage-source converter (VSC); wind power generation;
Journal_Title :
Power Delivery, IEEE Transactions on
DOI :
10.1109/TPWRD.2013.2273978