Highlights
In this assignment, students are given an opportunity to confirm their manual calculation results of steady state performance with numerical simulations (virtual experiments) for various types of transformers. While the students may discuss the simulation method with each other, each student is required to write and hand in his/her own assignment report. Group or identical reports will not be accepted, i.e. zero marks.
Part A. Manual Calculation
A three phase 150 kVA 2400:240 V 50 Hz distribution transformer is constructed by connecting three single phase transformers in the YNd1 vector group as shown in Fig.P1 below. The per phase equivalent circuit parameters on the high voltage side are:
R1 = 0.72 Ω, Xl1 = 0.92 Ω, R2' = 0.70 Ω, Xl2' = 0.90 Ω,
Rc = 308.49 Ω, and Xm = 44.61 Ω
(a) Sketch the phasor diagram for the YNd1 vector group
(b) Calculate the voltage regulations for the rated load with a power factor of 0.8 lagging, 1.0, and 0.6 leading, respectively;
Part B. Numerical Simulation (Virtual Experiment)
Build a linear three phase transformer model in MATLAB/Simulink by connecting three linear single phase transformers in YNd1 vector group with parameters specified in
Part A. Simulate numerically the cases
(a) to
(d), and compare the numerical results with the manual computation results obtained in Part A.
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