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- a) What is the use of Schering bridge in measurement system? b) Draw the schematic diagram of Anderson's bridge. c) Write down the balanced equations for Maxwell's bridge.Find the ABCD constants of the four-terminal network resulting when a resistance of 10 ohms is connected in series at the sending end of the four-terminal network are as follows: A = 0.96/_0deg B = 40/_90 deg ohms C = 0.002945/_90 mho D = 0.92/_0deg2) 400 km, 138 kV, 50 Hz transmission line has the following parameters: r=0.106Ω/km,x=0.493Ω/km, y=j3.36 x 10-6 S/km. Losses are neglected.(a) Compute the corresponding ABCD parameters (use T equivalent circuit and derive the relatedequations).
- a plant is feeding a load 1.2k feet away. the load demands 100 amps at 500V. an ac system with transformer rated 500/5000V near the generating station and 5000/500V near the load. if the line has resistance of 0.2 ohms and receiving voltage of 500V, find the sending end voltage and powerflows and transmission losses.AC Electricity: For the bridge network in Fig.18.88: a. Is the bridge balanced? b. Using mesh analysis, determine the current through the capacitive reactance.Company Y would like to have a new installation transmission line to open a small new city consist of 300 MW with 0.85 power factor lagging at full load. The new transmission line required 132 kV with 124.274 miles long. All the elements needed for the new transmission line is listed in table shown in the picture. You are required to model the transmission line and analysed the performance of the new transmission lines in terms of voltage regulation and efficiency. Note that the frequency used is 50 Hz.
- The time-domain expressions for three line-to-neutral voltages at the terminals of a Y-connected load are v AN = 169.71 cos (ωt+ 26 ∘ ) V, v BN = 169.71 cos (ωt− 94 ∘ ) V, v CN = 169.71 cos (ωt− 94 ∘ ) V, What are the time-domain expressions for the three line-to-line voltages vAB, vBC, and vCA?A 50 Hz , 120 km long transmission line has an impedance of ( 30+j102) ohm and a total shunt admittance of 10-3 Siemen. The receiving end load is 60 MW at 212 kV with 0.92 power factor lagging. Find the (a) Receiving end current (b) The A and C of the line constants.Transmission and Distribution of Electric Power Answer the Following Question Please: Q) Three-phase transmission line, 60HZ, have: (50 MW, 0.866 lagging p.f. and 132 kv in receiving end. If the line have (Z = 100 <80 Ohm / phase and Y = 0.0012 <90 S). Calculate: Vs, Is, Vreg, and power factor in sending end. Also, find the transmission efficiency? For the following transmission models: 1- Short transmission line model. 2- Medium transmission line (pi) model. 3- Medium transmission line (T) model. 4- Long transmission line model. (Please show your answer steps)
- Determine the minimum number of wires in each conduit shown in Figure 1911. FIG. 191129. In Fig. 19.103 three non-reactive resistors, R1= 10ohm, R2= 20ohm and R3 = 30ohm are connected in star to a symmetrical 3-phase supply of line voltage 400 V and phase sequence RYB. The wattmeter W is connected as shown, with the current coil in the R line and the voltage circuit connected between lines R and Y. Calculate the currents in the three lines and the reading of the wattmeter. [15.9, 13.1 A, 9.8A, 5.82 kW] Answeradv payment @idckath A load of 12 MVA, 0.8 pf lagging, 22 kV is served by a transmission line which has a line resistance of 3 ohms and a line reactance of 10 ohms. Solve for the sending end voltage.