Using Decoupled Newton Raphson method for the following system. PG2 = 5.0 -V₁=140° ₂1.04 3.5+j2.5 Z=j0.05 3 2+j1 Conside

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Using Decoupled Newton Raphson Method For The Following System Pg2 5 0 V 140 1 04 3 5 J2 5 Z J0 05 3 2 J1 Conside 1 (34.07 KiB) Viewed 24 times

Using Decoupled Newton Raphson method for the following system. PG2 = 5.0 -V₁=140° ₂1.04 3.5+j2.5 Z=j0.05 3 2+j1 Consider the Ybus and the voltage values in iteration 1 and 2 as follows: (602-90° 40/90° 20/90° Y 40/90° 60-90° 20/90° 20/90° 20/90° 40-90° It V₁ 8₁ 8₂ V3 V₂ 1.5782 0.9231 1 1.0000 0.0000 1.0500 1.0000 0.0000 1.0500 1.6106 0.9056 2 Compute the following elements of the Jacobian for the third iteration: aQ3 1) JV 3 aQ3 2) 382 3) 5) aP3 ƏV 3 JP2 283 aQ3 283 bus Z12=10.025 223 = 10.05 83 -6.1790° -6.9004°