progress report (nov. 10, 2009)

1. Constructed New Prototype2. Explored Different Characteristics of the

New Prototype Turbine Speed Experiment Prototype Dimensions Photo Sensor Experiment Current Measurement

3. Google Site Will be available within the week

ProgressProgress

AIMS– Find the speed at which the turbine

will turn – Find at what distance will the

prototype be from the source, 3D Desk Fan

– characterizing the turbine speed as the prototype is affected by a controlled wind source Horizontal Arrangement Vertical Arrangement

Turbine Speed ExperimentTurbine Speed Experiment

DATA

Turbine Speed ExperimentTurbine Speed Experiment

For Cylinder Fan:Height = 20.5 cmHeight from Bottom to middle = 10.5 cmDiameter = 16.3 cmThickness of Fan Divisions = 0.2 cmHeight of Each Division = 9.5 cm36 Divisions equally spaced.

For Top Wood:Width = 24.5 cmLength = 20.4 cmThickness = 1.85 cm

For Side Wood:Width = 20.6 cmHeight = 17.3 cmThickness = 4.2 cm

Prototype DimensionsPrototype Dimensions

LDR Sensor LDR Sensor

LDR-Light Dependent Resistors that are very

useful in light/dark sensors. Typical resistances (at dark surrounding environment) ranges up to a 1 Mega Ohm extreme but drops dramatically almost instantaneously after being illuminated.

LDR Values ObtainedAmbient Light Resistance Value (F325

Room Light)= 6.88k ohmsDark Light Resistance Value (By covering

the upper optical sensor)= 244k ohms

Photo Sensor ExperimentPhoto Sensor Experiment

Current Measurement Current Measurement

The set up is done by connecting a 200 ohm resistance (load) in series with the Multi-Meter in order to make a suitable connection for the configuration.

The experiment is done on both the motors available as connected in the prototype available.

Google SiteGoogle Site

http://sites.google.com/site/ateneowindteam/

The EndThe End

progress report (nov. 10, 2009)

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