project 2 _motor control using a solar panel_1

12
Hamza Kadir Mansour Alazmi Nenad Zezelj ECET521: Solar Energy Systems Spring Semester, 2012 Purdue University Calumet

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Page 1: Project 2 _Motor Control Using a Solar Panel_1

Hamza KadirMansour AlazmiNenad Zezelj

ECET521: Solar Energy Systems

Spring Semester, 2012Purdue University Calumet

Page 2: Project 2 _Motor Control Using a Solar Panel_1

This is project for designing a power circuit for a solar powered motor. We studied the characteristics of the solar panel to be used and used the V-I characteristics graph to achieve an optimum design. This kind-of a circuit, with some modifications, can be applied to any application where a regulated solar electricity is required.

Page 3: Project 2 _Motor Control Using a Solar Panel_1

Our course ECET521 played a very important role in introducing us to use of renewable energy for power, cooling and heating systems. We were most interested in use of solar cells. We chose this project to study the characteristics of solar panels hands-on.

Page 4: Project 2 _Motor Control Using a Solar Panel_1

Connecting a solar panel directly to a motor will make it run. However, there will be jitter and a rather unsmooth performance. So a circuit which regulates the power flow to the motor from the solar cell will allow a smoother run of the motor. This circuit may be built with capacitors for the smoothness and a smith trigger or similar functionality for the detection of minimum availability of sunlight.

Page 5: Project 2 _Motor Control Using a Solar Panel_1

THUNDERBOLT MAGNUM SOLAR - item#68692 1.5 Watt Solar Battery Charger

Plugs into 12 volt cigarette lighterBlinking LED charge indicatorPanel mounts easily to windshield or dash - includes suction feet for mountingIncludes cigarette lighter adapter and battery terminal clamps

Page 6: Project 2 _Motor Control Using a Solar Panel_1

Solar cell type: Amorphous crystalPeak output power: 1.5 wattsVoltage (max): 24

Page 7: Project 2 _Motor Control Using a Solar Panel_1

It is the basic concept of a voltage triggered solar engine. The 555 is actually configured to function like a Schmitt inverter, and used as a voltage detector. The trigger voltage is about 2.6 V.

Page 8: Project 2 _Motor Control Using a Solar Panel_1

The speed of the DC servo motor was measured at roughly 50 rpm at 12 pm on a full sunny day. However our trials to run it using strong lamps in the lab did not show satisfactory results.

Page 9: Project 2 _Motor Control Using a Solar Panel_1

A Darlington Pair can increase the level of current to the load by many factors.

We can substitute replacing the 2N3904 with a 2N2222 to provide higher current for driving the motor. Unavailable at the shop.

Super capacitor: Illinois CAPACITOR 407DCN2R7K SUPERCAPACITOR Alum Elect 400F 10V

Choice of better panel: Ramsond 100 Watt Monocrystalline Photovoltaic PV Solar Panel Module 12V Battery Charging

Page 10: Project 2 _Motor Control Using a Solar Panel_1

Sunlight / Rain Producing indoor light power source Small panel Circuit component sizing

Page 11: Project 2 _Motor Control Using a Solar Panel_1

We believe we have a better understanding of uses of solar panels, having undergone this project. This will help us for our future projects to come.

Page 12: Project 2 _Motor Control Using a Solar Panel_1

QUESTIONS??