12v DC MOTOR
In
order to make the prototype cruise, 12V DC motor is installed to the back of
prototype. This motor is connected directly from the PIC microcontroller
circuit.
12V DC motor as engine
Wednesday 26 November 2014
Thursday 20 November 2014
week 10 - data collection
1) SOLAR PANEL DATA COLLECTION
Time
|
voltage
|
current
|
08.00a.m
|
19.45
volt
|
0.154
amp
|
09.00a.m
|
20.01
volt
|
0.149
amp
|
10.00a.m
|
19.99
volt
|
0.150
amp
|
11.00a.m
|
18.53
volt
|
0.161
amp
|
12.00p.m
|
20.00
volt
|
0.150
amp
|
01.00p.m
|
18.78
volt
|
0.159
amp
|
02.00p.m
|
20.00
volt
|
0.150
amp
|
03.00p.m
|
18.31
volt
|
0.163
amp
|
04.00p.m
|
17.59
volt
|
0.170
amp
|
05.00p.m
|
17.26
volt
|
0.173
amp
|
06.00p.m
|
17.45
volt
|
0.171
amp
|
07.00p.m
|
13.90
volt
|
0.215
amp
|
08.00p.m
|
01.51
volt
|
1.986
amp
|
data collection from 8.00a.m to 8.00p.m for solar energy
Graph
of solar panel output voltage
2) WIND TURBINE DATA COLLECTION
Speed (km/h)
|
voltage
|
0
|
0
|
1
|
1.26 volt
|
2
|
3.62 volt
|
3
|
4.73 volt
|
4
|
6.10 volt
|
5
|
7.20 volt
|
6
|
8.40 volt
|
data
collection of wind turbine
Graph of wind turbine output voltage
3) SEA - WAVES GENERATOR
Strokes per 10 seconds
|
voltage
|
one
|
3.490
volt
|
two
|
8.760
volt
|
Three
|
12.11
volt
|
Four
|
12.59
volt
|
average
|
9.237
volt
|
data collection for sea-waves generator
graph of sea-waves generator
Wednesday 12 November 2014
week 9 - testing the prototype
1) SOLAR PANEL TEST
In this task, it focuses on testing the solar radiation test. From the task that carried out, the results that obtained from this project will be explained throughout this chapter by a graph and table.
In this task, it focuses on testing the wind turbine test. From the task that carried out, the results that obtained from this project will be explained throughout this chapter by a graph and table.
In this task, it focuses on testing the sea-waves generator. Based on the task carried out, the result are collected and recorded. All the data are able in the table.
.
Thursday 6 November 2014
week 8 - assembling the circuit to the structure
After
all circuit and structure complete assemble, this prototype is ready for
testing and collecting data. There are few leakage and cause water get into the
prototype. To solve the problem hot glue is use to seal the leakage.
top view of the prototype
side view of the prototype
back view of the prototype
front view of the prototype
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