LIST OF TABLE
TABLE TITLE
PAGE
2.1 The differences of wind turbines system amongst the
8 applications of industrial, domestic, and educational.
3.5
Preliminary result for the simulation experiment 22
3.6 List of Input Address
23
3.6.1 List of Output Address
23
4.1
The result for Experiment A 33
4.2 The value of output voltage Vac according the car
34 speeds
4.2.1 The value of output voltage Vdc, output current Idc,
35 and power produced according to car speeds
LIST OF FIGURES
FIGURE TITLE
PAGE
2.1 Horizontal axis wind turbines
6
2.2 Vertical axis wind turbines
7
3.1
Project Workflows 15
3.2 Schematic block diagram of a renewable energy wind
16 mini prototype plant with SCADA system
3.3
Schematic diagram of 12Vdc to 120Vac inverter 17
circuit
3.4 Side view of wind turbine platform and base with part
18 range value
3.4.1 A complete wind turbine platform and base
18
3.4.2 Wind turbine blades
18
3.5 Design and simulation of an inverter circuit flow
19
3.5.1
The simulation result for output voltage value produced 20
by a 12Vdc – 120 Vac inverter circuit
3.5.2 The simulation result for output current value produced
21 by a 12Vdc – 120 Vac inverter circuit
3.5.3 Prototype circuit on breadboard
21
3.6 Screen Page 1 of SCADA control system design used
23 CX - Designer
3.6.1 Screen Page 2 of SCADA control system design used
24 CX - Designer
3.6.2 Sheet 1 of SCADA control system design used
24 CX-Designer
3.6.3 Ladder Diagram design used CX - Programmer
25
3.7 Outline of Project
26
4.1 Screen Page 1 SCADA system simulated use Test Mode
29
4.1.1
Screen Page 2 SCADA system simulated use Test Mode 29
4.1.2 Ladder diagram system in “ON” condition
30
4.1.3 Ladder diagram system in “LATCH” condition
31
4.1.4
Ladder diagram system in “OFF” condition 31
4.1.5 The combination system in “ON” condition simulates
32 used CX – Simulator
4.1.6
The combination system in “OFF” condition simulates 33
used CX – Simulator
4.2 Graph the output voltage Vac vs car speed kmh
