A load of 120 MW at a power factor of 0.75 lagging can be delivered by a 3-phase transmission line. The voltage at the receiving end is to be maintained at 51 kV and the loss in the transmission as 8.5 % of the power delivered. (Consider the line to be a short transmission line) Find Single phase Power delivered Per phase voltage Current flowing through the transmission line 3 Phase Losses in the transmission line Per phase resistance of the transmission line
Q: A load of 135 MW at a power factor of 0.9 lagging can be delivered by a 3-phase transmission line.…
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Q: A single phase transmission line is delivering 490 kVA load at 10 kV. Its resistance is 6.5 Q and…
A: Hello. Since your question has multiple sub-parts, we will solve first three sub-parts for you. If…
Q: For Figure 1: A short 3-phase line with an impedance of (6+j8) per line has sending end and…
A: Ans. Is shown below.
Q: A load of 120 MW at a power factor of 0.9 lagging can be delivered by a 3-phase transmission line.…
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Q: A balanced load of 30 MW is supplied at 132 kV, 50 Hz and 0•85 p.f. lagging by means of a…
A: Percentage rise in voltage at receiving end is calculated as shown below
Q: A load of 130 MW at a power factor of 0.9 lagging can be delivered by a 3-phase transmission line.…
A: Given P3ϕ=130 MWcosϕ=0.9 lagVr=33 KVLosses in the transmission line=7% of power delivered…
Q: A load of 145 MW at a power factor of 0.6 lagging can be delivered by a 3-phase transmission line.…
A: Per phase power = total power /3. Per voltage = line voltage/sqrt(3). Power delivered =…
Q: A load of 130 MW at a power factor of 0.9 lagging can be delivered by a 3-phase transmission line.…
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Q: A load of 145 MW at a power factor of 0.9 lagging can be delivered by a 3-phase transmission line.…
A: We are authorized to answer three subparts at a time, since you have not mentioned which part you…
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A: This question is based on the load connection in the distribution line simulator. RL load in the…
Q: A load of 125 MW at a power factor of 0.8 lagging can be delivered by a 3-phase transmission line.…
A: A 3 phase -Load 125MW, power factor 0.8 logging, Receiving end voltage VR = 36kV. Loss in…
Q: A single phase short-transmission line is feeding a load of 12 kW at a 0.8 lagging power factor. The…
A: Given values are - PL=12kWcosϕ=0.8R=5ohmX=10ohmVL=440∠0oV
Q: A load of 120 MW at a power factor of 0.8 lagging can be delivered by a 3-phase transmission line.…
A: Conventional sources of energy are the form of energy which is traditionally used for generation of…
Q: A load of 120 MW at a power factor of 0.65 lagging can be delivered by a 3-phase transmission line.…
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Q: A load of 125 MW at a power factor of 0.6 lagging can be delivered by a 3-phase transmission line.…
A: single phase power=3 phase power 3. per phase voltage=Line voltage3. line current=power…
Q: A single phase transmission line is delivering 490 kVA load at 12 kV. Its resistance is 6 N and…
A: current in transmission line = power delivered to load in KVA voltage in KV. sending end voltage =…
Q: A load of 125 MW at a power factor of 0.7 lagging can be delivered by a 3-phase transmission line.…
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Q: A load of 135 MW at a power factor of 0.65 lagging can be delivered by a 3-phase transmission line.…
A: Below are the answers calculated for the above given data
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Q: A short 3- line with an impedance of (6 + j8) N per line has sending and receiving end line voltages…
A: Given a short 3-φ line with, Impedance per line, Z = (6 + j8) Ω Resistance, R = 6 Ω Reactance, X = 8…
Q: A load of 135 MW at a power factor of 0.65 lagging can be delivered by a 3-phase transmission line.…
A:
Q: A load of 120 MW at a power factor of 0.8 lagging can be delivered by a 3-phase transmission line.…
A: Solution:- Given, PL-3ϕ =120 MW PL-1ϕ = 40 MW Pf = 0.8 lagging VR-1ϕ = 45 × 1033= 25.9807 KV Single…
Q: A load of 145 MW at a power factor of 0.6 lagging can be delivered by a 3-phase transmission line.…
A: 1 phase power delivered=3 phase power delivered 3. per phase voltage=receiving end line voltage3.…
Q: A load of 145 MW at a power factor of 0.9 lagging can be delivered by a 3-phase transmission line.…
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Q: A load of 120 MW at a power factor of 0.6 lagging can be delivered by a 3-phase transmission line.…
A: Note- as per bartleby policy we are only allowed to solve 1 ques per window. Please post the second…
Q: A load of 140 MW at a power factor of 0.6 lagging can be delivered by a 3-phase transmission line.…
A: Given 3-phase transmission line Load PL=140 MWPower factor PF=0.6 lagReceiving end voltage VR=36…
Q: A load of 135 MW at a power factor of 0.65 lagging can be delivered by a 3-phase transmission line.…
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Q: A single phase transmission line is delivering 420 kVA load at 11 kV. Its resistance is 5 2 and…
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Q: The annual load duration curve of a power supply system may be considered as straight line from 40…
A: Given: The annual load duration curve of a power supply system may be considered as straight line…
Q: A load of 120 MW at a power factor of 0.8 lagging can be delivered by a 3-phase transmission line.…
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Q: A three-phase, three-wire Y-Y system a balance load. The following information are given of the…
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Q: A load of 125 MW at a power factor of 0.9 lagging can be delivered by a 3-phase transmission line.…
A: Given a three phase transmission line with load 125 MW ,0.9 pf, 57 kv The loss in the transmission…
Q: A single phase transmission line is delivering 460 kVA load at 11 kV. Its resistance is 4.5 Q and…
A: Fig: Equivalent circuit diagram of given single-phase Tr-line (a) current flowing…
Q: A load of 130 MW at a power factor of 0.75 lagging can be delivered by a 3-phase transmission line.…
A: Sending end voltage =recieving end voltage +drop Losses =3×I2×Rph
Q: A load of 140 MW at a power factor of 0.8 lagging can be delivered by a 3-phase transmission line.…
A: single phase power=three phase power3. current=three phase power3×voltage×power factor. total…
Q: A load of 120 MW at a power factor of 0.6 lagging can be delivered by a 3-phase transmission line.…
A: Since we only answer up to 3 sub-parts, we’ll answer the first 3. Please resubmit the question and…
Q: A load of 120 MW at a power factor of 0.8 lagging can be delivered by a 3-phase transmission line.…
A: per phase power =3 phase power 3Given 3 phase power = 120 MWso per phase power = 1203 = 40 MWPer…
Q: Using a test equipment, Vmax was found to be 5V while Vmin is 1V. The distance between voltage…
A: Given : Note : Please note that for the proper understanding here we have used two methods to…
Q: A load of 130 MW at a power factor of 0.7 lagging can be delivered by a 3-phase transmission line.…
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Q: Determine total real power, P, total reactive powM (a) Based on the relationship between the line…
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Q: A load of 145 MW at a power factor of 0.8 lagging can be delivered by a 3-phase transmission line.…
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Q: Question 4 If the phase parameters for this 50HZ, 40km transmission line are R=20, L=10mH, and…
A: R= 2 ohms L = 10 mH and C = 8000 μF, f = 50 Hz XL = 2πfL = 2 x 3.14 x 50 x 10 x 10 -3 = 3.14j ohms…
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- A load of 140 MW at a power factor of 0.6 lagging can be delivered by a 3-phase transmission line. The voltage at the receiving end is to be maintained at 33 kV and the loss in the transmission as 8 % of the power delivered. (Consider the line to be a short transmission line) Find: 1)Single phase Power delivered: 2)Per phase voltage: 3)Current flowing through the transmission line: 4) 3 Phase Losses in the transmission line: 5) Per phase resistance of the transmission line :1. A 69-kV, three-phase short transmission line is 16 km long. The line has a per phase series impedance of 0.125+j0.4375 Ω per km. Determine the sending end voltage, voltage regulation, the sending end power, and the transmission efficiency when the line delivers (a) 70 MVA, 0.8 lagging power factor at 64 kV. (b) 120 MW, unity power factor at 64 kV. Use lineperf program to verify your results. 2. A three-phase, 765-kV, 60-Hz transposed line is composed of four ACSR, l,431,000-cmil, 45/7 Bobolink conductors per phase with flat horizontal spacing of 14 m. The conductors have a diameter of 3.625 cm and a GMR of 1.439 cm. The bundle spacing is 45 cm. The line is 400 km long, and for the purpose of this problem, a lossless line is assumed. (a) Determine the transmission line surge impedance Zc, phase constant ß, Wavelength, the surge impedance loading SIL, and the ABCD constant. b) The line delivers 2000 MVA at 0.8 lagging power factor at 735 kV. Determine the sending end quantities and…A load of 130 MW at a power factor of 0.6 lagging can be delivered by a 3-phase transmission line. The voltage at the receiving end is to be maintained at 57 kV and the loss in the transmission is 5.5 % of the power delivered. (Consider the line to be a short transmission line) Find: A) Single phase Power delivered. B) Per phase voltage. C) Current flowing through the transmission line. D) 3 Phase Losses in the transmission line. E) Per phase resistance of the transmission line.
- Characteristics of 165 kV, 150 MVA, 50 Hz 3-phase 100 km transmission linevalues are given below. r=0.103ohm/ kmx=0.525ohm/ kmy=3.3x10^-6 S/ km (a) Calculate the constants A and B for the equivalent circuit of this transmission line,(b) Load lagging power factor of 0.9 when the line is running at nominal (tag) value.if so, find the production side voltage. lesson: Power system analyseshallo A 69-kV, three-phase short transmission line is 16 km long. The line has a per phase series impedance of 0.125 + j0.4375 ohm per km. Determine the sending end voltage, voltage regulation, the sending end power, and the transmission efficiency when the line delivers 70 MVA, 0.8 lagging power factor at 64 kV. 120 MW, unity power factor at 64 kV. Use lineperf program to verify your results.A load of 145 MW at a power factor of 0.75 lagging can be delivered by a 3-phase transmission line. The voltage at the receiving end is to be maintained at 33 kV and the loss in the transmission is 5 % of the power delivered. (Consider the line to be a short transmission line) Find Single phase Power delivered Answer for part 1 Per phase voltage Answer for part 2 Current flowing through the transmission line Answer for part 3 3 Phase Losses in the transmission line Answer for part 4 Per phase resistance of the transmission line
- A load of 140 MW at a power factor of 0.8 lagging can be delivered by a 3-phase transmission line. The voltage at the receiving end is to be maintained at 54 KV and the loss in the transmission is 8 % of the power delivered. (Consider the line to be a short transmission line) Find Single phase Power delivered Per phase voltage Current flowing through the transmission line 3 Phase Losses in the transmission line Per phase resistance of the transmission lineA single phase transmission line is delivering 490 kVA load at 14 kV. Its resistance is 6 Ω and inductive reactance is 7 Ω if the load power factor is 0.7 lagging. Determine the: A) Current through the line. B) Sending end voltage. C) Sending end power factor. D) Regulation of transmission line. E) Efficiency of transmission line.Question 5: A single-phase transmission line has a resistance of 0.22 ohm and inductive reactance of 0.36 ohm. Find the voltage at the sending end to give 500kva at 2000V at the receiving end at a load power factor of 0.707 lagging. Also find the efficiency of transmission at this load. Subject Power Transmission and Distribution
- 1) A load of 130 MW at a power factor of 0.75 lagging can be delivered by a 3-phase transmission line. The voltage at the receiving end is to be maintained at 45 kV and the loss in the transmission is 5 % of the power delivered. (Consider the line to be a short transmission line) Find Single-phase Power delivered Answer for part 1 Per phase voltage Answer for part 2 Current flowing through the transmission line Answer for part 3 3 Phase Losses in the transmission line Answer for part 4 Per phase resistance of the transmission line 2) a) Discus why the transmission systems are mostly overhead systems. b)Discuss why all overhead lines use…A single phase transmission line is delivering 470 kVA load at 14 kV. Its resistance is 4 Ω and inductive reactance is 8 Ω. If the load power factor is 0.9 lagging. Determine the 1Current through the line: 2Sending end voltage: 3Sending end power factor: 4Regulation of transmission line: 5Efficiency of transmission line:A three-phase overhead line has a load of 30MW, the line voltage is 33kV and power factor is 0.85 lagging. The receiving end has a synchronous compensator, 33kV is maintained at both ends of the line. (i)Calculate the MVAr of the compensator given that the line resistance is 6.5Ω per phase and inductance reactance is 39Ωper phase. (ii)Repeat your calculation using the short-circuit current at node method. Compare and explain the difference between the results.