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## Marks 1

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The p.u. parameters for a \$\$500\$\$ MVA machine on its own base are: Inertia, M = \$\$20\$\$ p.u.; reactance X = \$\$2\$\$ p.u. T...
GATE EE 2005

## Marks 2

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Two generator units \$\$G1\$\$ and \$\$G2\$\$ are connected by \$\$15\$\$ \$\$kV\$\$ line with a bus at the mid-point as shown below \$...
GATE EE 2011
Two generator units \$\$G1\$\$ and \$\$G2\$\$ are connected by \$\$15\$\$ \$\$kV\$\$ line with a bus at the mid-point as shown below \$...
GATE EE 2011
For the power system shown in the figure below, the specifications of the components are the following: \$\$G1: 25\$\$ \$\$kV,...
GATE EE 2010
A generator is connected through a \$\$20\$\$ MVA, \$\$13.8/138\$\$ kV step up transformer, to a transmission line. At the recei...
GATE EE 2006
A new generator having \$\${E_g} = 1.4\,\angle {30^ \circ }\,\$\$ pu [ equivalent to (\$\$1.212 +j\$\$ \$\$0.70\$\$)pu ] and synchro...
GATE EE 2004
A \$\$75\$\$ MVA, \$\$10\$\$ kV synchronous generator has Xd \$\$= 0.4\$\$ p.u. The Xd value (in p.u.) is a base of \$\$100\$\$ MVA, \$\$1...
GATE EE 2001

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