Design and build a solar-powered car.
[E]
DIY a solar battery charger
[C]
Increasing the Useful Lifetime of Solar Panels
[E]
Compare the performance of solar and battery power for a bristlebot in different weather conditions.
[E]
Does the Color of Light and the Temperature of Solar Panels Improve the Efficiency?
[E]
Sushi Power: Making Solar Cells from Seaweed and Squid Ink
[E]
What are the important variables to consider when you are building an automated solar tracking system with Arduino?
[P]
How Do Different Natural Dyes Affect the Longevity and Power Output of Nanocrystalline Dye-Sensitized Solar Cells?
[E]
Follow the Light: Maximizing Solar Cell Efficiency
[E]
Solar power harvesting using fruit dye solar cells
[P]
Determine the effect of the number of solar panels and distance between the lamp and the maglev on the voltage and speed of the solar-powered pulley system maglev train.
[P]
[P]
Construct you own Solar Powered Radio
[E]
Solar Powered DC Electrical Motor: Directly and Indirectly Powered
[E]
Solar Powered Battery Charger Construction and Calculations
[E]
Investigate Solar Cell Parallel Circuits
[E]
Investigate Solar Cell Series Circuits
[E]
How Does Shading Affect the Power Output of Different Solar Panel Technologies (Monocrystalline, Amorphous)?
[E]
Developing a Passive Concentrator/Tracker for Photovoltaic Panels
[E]
Analyzing Solar Cell Efficiency When Using a Sun Tracker
[E]
Compare the photovoltaic energy generation capabilities of conductive glass-based and conductive polymer film-based Graetzel solar cells.
[E]
Can one or more solar panels be connected to produce enough energy to charge an iPhone in the same amount of time it would take to charge an iPhone from a USB port or an Apple Power Adapter?
[E]
Generate a direct current using solar cells to power an apparatus that desalinates enough water for an average person's use.
[E]
Use a solar car to discover if the position of the sun affects the power generated by solar panels.
[E]
The effect of the angle of incident light on the output power of a solar panel
[E]
See if juices from plants native to Humboldt County, when used as base materials in Graetzel photovoltaic solar cells, can generate electrical power.
[E]
Will the use of lenses improve the efficiency of a solar panel?
[E]
[E]
[P]
Can reflectors boost the electrical output of solar panels?
[E]
[E]
Building and Testing a Solar Powered Car So That It Is Able to Run at Night
[E]
Determine if the angle of the sun affects the speed of a solar car
[E]
Measure the power of the sun (insolation).
[E]
[E]
[E]
Build a solar toy car and explain its operation.
[E]
[E]
[E]
[E]
[E]
[E]
[E]
[E]
[E]
[P]
The Effects of Atmospheric Pollution on the Performance of Solar Cells
[E]
How Does Solar Cell Output Vary with Incident Light Intensity?
[E]
[E]
Effect of Direction and Tilt Angle of Solar Cells on Electrical Power Generated
[E]
[E]
[E]
[E]
[P]
Which type of light - fluorescent, incandescent, or halogen - would make a solar panel produce the most amount of light?
[E]
Which materials perform the best as enhancing reflectors for solar panels
[E]
Temperature effects on the energy developed by a solar panel (photovoltaic cell)
[E]
[E]
[E]
[E]
[P]
Testing the Effect of Dust on a Photovoltaic Cell's Output
[E]
Compare the electrical output of a solar panel in four different weather (cloudiness) conditions.
[P]
How is light affected by distance?
[E]
[E]
How solar yard lights work?
[E]
[E]
Demonstrate with a compass current production by a cell exposed to light.
[E]
How Adding Solar Panels Affects the Running Time and Distance Traveled by an Electric Go-kart
[E]
Solar Energy Cost & Efficiency Science Fair Projects & Experiments