Solar Energy Science Fair Projects for Kids Jr High to High School

Power House Experiments Science Kit	SCG-125 Snap Circuits Green Alternative Energy	Solar Cars & Vehicles Experiment Kits	Solar Energy Science Fair Projects Kits
Age 12 and up	Ages 10 and up	Grades 3rd thru 12th	All ages

Solar cells don't always work very well if they are exposed to different temperatures, as the energy science fair project about extremes in solar cells admits. Taking a hands on approach, can you show how the environment can change a solar cell's power output?

The energy science fair project about fruit juices takes Graetzel solar cells and determines if local fruits and berries can squeeze out more juice from sunlight! Photovoltaic cells such as this are not just FUN to make, they are simple, inexpensive, and cheap sources of electricity.

In this corner is the energy science fair project about mirrored solar cells. While in that corner are Fresnel lenses focused on solar cells. Guess which one is more cost effective and efficient to use on a large scale!

In an energy science fair project about solar panel angles, young scientists will discover that the most optimal and most efficient angle for mounting a solar cell is determined by the latitude of your location.

Solar cells need energy from the sun to operate, but the energy science fair project about photovoltaic cells shows us that reflecting light using a simple-to-construct aluminum foil panel can increase the current output.

The color and reflectiveness of materials energy science fair project tackles solar panel output versus the type and color of material used: white and yellow tiles versus aluminum foil and mirrors.

It is not a smoke-and-mirrors trick when a forest catches fire near your solar panel array. The science fair project about smoke & solar cell energy attempts to see whether a smoky atmosphere will significantly affect the power output of solar cells.

The composition of solar cells, be it indium gallium nitride, silicon, or indium nitride, has a major effect on the power efficiency of solar cells. The alloys and semiconductors making up their elements can be utilize in satellites for space, depending on their spectral match.

Temperature drastically affects what part of a solar cell? Is it energy output or wattage? This science fair project about solar cells answers key questions about photovoltaic generation plants using Newton's Inverse-Square Law and Ohm's Law to measure how we can efficiently produce electricity from solar cells.

Your students can't wait to perform the exciting energy science fair project about solar chimneys in which solar heating and the chimney effect combine to generate electricity without a solar cell! This is a fun experiment that teaches how air temperature is the driving force behind a solar chimney.

Transforming a solar cell into an efficient way to produce electricity, young scientists learn in energy science fair projects about solar concentrator systems how cheap, ordinary reflective materials and some good handson skills can enhance power output without getting too complicated.

Get your family and your school into hot water by doing this energy science fair project about solar hot water systems. No doubt you will discover how photovoltaic cells are not as good as solar hot water systems for efficiency.

Learning about solar panels and how shade affects the, the energy science fair project about solar panel problems tests a student's knowledge about how solar cells are made and why shaded panels react differently depending on how the cell is constructed.

You will enjoy seeing the results of a energy science fair project about solar panel reflections which shows us that mirrors are good, but not the best reflective surface for a solar panel to create the most voltage.

Solar chimneys and solar updraft towers are the topic of this energy science fair project for young students. Using rocks and the stack effect, warm air will rise through your solar tower and spin the turbine.

If you are prepared to tackle a real solar-powered vehicle in a science fair project about energy, hold on to your hat! Practical solar cars could be used for everyday tasks if only they were fast enough and had luggage space to run local errands.

Out in California, there is both sun and wind energy. So a science fair project that compares solar power versus wind power is an intelligent idea worth learning about.

For simple learning experiences designed for young energy science fair students, sunlight intensity projects challenge even the smartest kids to understand how the (summer/winter) seasons change the angle of the sun in the sky.

The design and shape of V groove solar panels in an energy science fair project determines how effective and powerful the solar cell is.

Curved solar cells? Sure, just look at this energy science fair project about wavy geometry solar panels to see how photovoltaic cells can be wrapped around homes, buildings, and solar power plants where electric energy is generated in small areas..

Curious about solar energy science fair projects in adverse weather conditions? There is reason to believe that pointing a solar cell to the South may not always be the best when clouds and rain threaten electricity production.