Consider the one-line diagram shown below, which depicts an industrial distribution system consisting of a 3-phase...

  

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Consider the one-line diagram shown below, which depicts an industrial distribution system consisting of a 3-phase system operating at a voltage of Vs = 410 V. The impedance of the distribution lines can be considered negligible. Load #1 is connected in a A configuration with a phase impedance of 102 and a phase angle of (30°). Load #2 is connected in a Y configuration with an impedance of 5 2/phase and a phase angle of (36.87°). Answer the following questions This Exam is made for 200206909 Abdulrahim Tulimat abdulrahim.tulimat@st.uskudar.edu.tr By Asst. Prof. HAMZA ABUNIMA at Uskudar University => Please Don't Copy or screenshot >> A computer generated this exam and randomly assigned you these questions. a) Determine the total power factor of the distribution system. b) Find the total line current supplied (IL) to the distribution system. c) Draw the power triangle of load #1. d) Draw the power triangle of load #2. Bus Load #1 Load #2 Consider the one-line diagram shown below, which depicts an industrial distribution system consisting of a 3-phase system operating at a voltage of Vs = 410 V. The impedance of the distribution lines can be considered negligible. Load #1 is connected in a A configuration with a phase impedance of 102 and a phase angle of (30°). Load #2 is connected in a Y configuration with an impedance of 5 2/phase and a phase angle of (36.87°). Answer the following questions This Exam is made for 200206909 Abdulrahim Tulimat abdulrahim.tulimat@st.uskudar.edu.tr By Asst. Prof. HAMZA ABUNIMA at Uskudar University => Please Don't Copy or screenshot >> A computer generated this exam and randomly assigned you these questions. a) Determine the total power factor of the distribution system. b) Find the total line current supplied (IL) to the distribution system. c) Draw the power triangle of load #1. d) Draw the power triangle of load #2. Bus Load #1 Load #2

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a 450 In 30 IL Total 512 power ... View the full answer