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QUESTIONS:- 1- Conclusions from experience ? 2-write any five parts of a wind turbine ?

QUESTIONS:- 1- Conclusions from experience ? 2-write any five parts of a wind turbine ?

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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QUESTIONS:-

1- Conclusions from experience ?

2-write any five parts of a wind turbine ?

Wind Turbine Generator Controller (8216) Prime Rotor mover Generator Windings Diode Rectifier Figure 2. Setup to plot the torque-versus-current curve of the wind turbine generator Table 1 Electrical Generator Load (ohm) Torque at the Generator Generator shaft -T (N-m) S. No. Generator Current (I) Voltage (V) Rotation Speed (r/min) 1. Infinite 1000 0.011 68.3 2. 1200 1000 -0.022 56.2 37.3 3. 600 1000 -0.056 111.4 66.9 4. 400 1000 -0.089 165.7 66.6 5. 300 1000 -0.123 221.9 66.3 6. 240 1000 -0.156 274.8 66.0 7. 200 1000 -0.188 326.6 65.8 8. 171 1000 -0.220 377.9 65.5
Transcribed Image Text:Wind Turbine Generator Controller (8216) Prime Rotor mover Generator Windings Diode Rectifier Figure 2. Setup to plot the torque-versus-current curve of the wind turbine generator Table 1 Electrical Generator Load (ohm) Torque at the Generator Generator shaft -T (N-m) S. No. Generator Current (I) Voltage (V) Rotation Speed (r/min) 1. Infinite 1000 0.011 68.3 2. 1200 1000 -0.022 56.2 37.3 3. 600 1000 -0.056 111.4 66.9 4. 400 1000 -0.089 165.7 66.6 5. 300 1000 -0.123 221.9 66.3 6. 240 1000 -0.156 274.8 66.0 7. 200 1000 -0.188 326.6 65.8 8. 171 1000 -0.220 377.9 65.5
(EEREZ201) * Torque: In equation form, Torque (T) is expressed as follows. T=F x R; where F is force applied to the object and R is length of the object. Greef Procedure * Set up the circuit shown in Fig. 2. * Set the main power switch FQD/PS to OFF position. * Connect the Power input to an ac power outlet. EXPERIMENT 6 Determination of Torque versus Current Characteristics of a Wind Turbine Generator • Set the Operating mode of FQD/PS to DYNAMOMETER (ic. prime mover). * On the Resistive Load module, set the levers of all the toggle switches to OFF position. • Connect the FQD PS to a USB port the computer. Tum-on the * This sets the resistance of each resistor to infinite. FQD PS. * In Table 1, record the speed and torque of generator at • 3. In the LVDAC-EMS software (in Computer), make the settings: different load resistances from the speed and torque Function parameter CW Constant-Speed Prime Mover meters. Pulley Ratio 24:32 * Plot the current versus torque curve. Speed • Stop the prime mover by clicking the STOP button or by 1000 r'min STATUS parameter START setting the STATUS parameter to STOPPED. Apparatus required with Specifications FIGURES 5. No. Apparatus Name Specifications Quantity 03 Nm; 0-250 rpm; Four quadrant dynanometer power supply Wind turbine generator (permanent 150V; 0-5A; 500W 1. Curent through the generator windings, I 350W 1 magaet synchronous generator) Diode rectifier 3. 600V; 6A 4. Voltmeter (DC) 0-100V 1 5. Ammeter (A.C) 0-2A 6. Resistive Load 120V; 252W 7. LVDAC-EMS seftware &. Connecting wires Figure 1. Relaticnship between the curent through the generater windings and the torque opposing the rotation of the generator rotor. 9. USB cable 1 1vomoesodda anban
Transcribed Image Text:(EEREZ201) * Torque: In equation form, Torque (T) is expressed as follows. T=F x R; where F is force applied to the object and R is length of the object. Greef Procedure * Set up the circuit shown in Fig. 2. * Set the main power switch FQD/PS to OFF position. * Connect the Power input to an ac power outlet. EXPERIMENT 6 Determination of Torque versus Current Characteristics of a Wind Turbine Generator • Set the Operating mode of FQD/PS to DYNAMOMETER (ic. prime mover). * On the Resistive Load module, set the levers of all the toggle switches to OFF position. • Connect the FQD PS to a USB port the computer. Tum-on the * This sets the resistance of each resistor to infinite. FQD PS. * In Table 1, record the speed and torque of generator at • 3. In the LVDAC-EMS software (in Computer), make the settings: different load resistances from the speed and torque Function parameter CW Constant-Speed Prime Mover meters. Pulley Ratio 24:32 * Plot the current versus torque curve. Speed • Stop the prime mover by clicking the STOP button or by 1000 r'min STATUS parameter START setting the STATUS parameter to STOPPED. Apparatus required with Specifications FIGURES 5. No. Apparatus Name Specifications Quantity 03 Nm; 0-250 rpm; Four quadrant dynanometer power supply Wind turbine generator (permanent 150V; 0-5A; 500W 1. Curent through the generator windings, I 350W 1 magaet synchronous generator) Diode rectifier 3. 600V; 6A 4. Voltmeter (DC) 0-100V 1 5. Ammeter (A.C) 0-2A 6. Resistive Load 120V; 252W 7. LVDAC-EMS seftware &. Connecting wires Figure 1. Relaticnship between the curent through the generater windings and the torque opposing the rotation of the generator rotor. 9. USB cable 1 1vomoesodda anban
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