Application of LFAC {16 2/3Hz} for electrical power transmission system: a comparative simulation study

The idea of transferring the electric energy produced from an electric power station 50km away from the electrical grid was studied by adopting low frequency instead of the normal 50Hz frequency via a transmission line (ground cable, using the cycle converter to switch the frequency from 50Hz to generating power generated from the generating station, and to demonstrate the economic feasibility of using this frequency in the transmission of power from the generating station to the electrical grid, we adopted a low frequency power transmission cable). [...]steps down voltage by transformer 11kv to 400v that connected to 3ph or 1ph load [14-16]. Primary Distribution Line length (km):300 Frequency used for rlc specification (Hz):50 Resistance per unit length (Ohms/km) [ NxN matrix ] or [ r1 r0 r0m ]:[0.01273 0.3864] Inductance per unit length (H/km) [ NxN matrix ] or [ l1 l0 l0m ]:[0.9337e-3 4.1264e-3] Capacitance per unit length (F/km) [ NxN matrix ] or [ c1 c0 c0m ]:[12.74e-9 7.751e-9] B. Low Frequency AC Electric power transmission system LFAC Electric power system, in this work by used 1 6 ⅛. First test at P=44MVA & V=132KV. [...]test at P=200KVA & V=33KV.