rss
02-21-2013, 09:30 AM
Maximum MVA Calculation at the Fault Point
http://www.zone4info.com/public/artarticle/10/73/01/1709e_faea.jpg?c=1dfe (http://www.zone4info.com/articles/455/maximum-mva-calculation-at-the-fault-point)Maximum MVA Calculation at the Fault Point (http://www.zone4info.com/articles/455/maximum-mva-calculation-at-the-fault-point)
Three 11.2 kV generators are interconnected as shown in fig by a tie bar through current limiting reators. A three phase feeder is supplied from the bus bar of generator A at a line voltage 11.2kV. Impedance of the feeder is (0.12 + j0.24) ohm per phase. Compute the maximum MVA that can be fed into ... (http://www.zone4info.com/articles/455/maximum-mva-calculation-at-the-fault-point)
http://www.zone4info.com/public/artarticle/10/73/01/1709e_faea.jpg?c=1dfe (http://www.zone4info.com/articles/455/maximum-mva-calculation-at-the-fault-point)Maximum MVA Calculation at the Fault Point (http://www.zone4info.com/articles/455/maximum-mva-calculation-at-the-fault-point)
Three 11.2 kV generators are interconnected as shown in fig by a tie bar through current limiting reators. A three phase feeder is supplied from the bus bar of generator A at a line voltage 11.2kV. Impedance of the feeder is (0.12 + j0.24) ohm per phase. Compute the maximum MVA that can be fed into ... (http://www.zone4info.com/articles/455/maximum-mva-calculation-at-the-fault-point)