Solar Powered Car & Invention Kits

SunWind Solar kits provide children with hands-on building experience with solar energy powering machines of their own design.

Build Different!

Key Features

  • Solar panels (with alligator clips) and electric DC motors (the best).

  • Build onto body panels or recycled materials
  • Screw-eye axle-holders and sturdy wooden dowels, onto which fit any of the gears, pulleys and wheels.
  • Gears, pulleys and wheels can also be driven directly by motors, using our motor-shaft bushing.
  • No tools required beyond scissors.
RE-newable, RE-usable, and RE-plenishable.

Used in grades 5 – 9, after-school programs, and summer camps. Resupply parts available on request.

Our Solar Energy Kits

A New Adventure Every day

Solar Power Kits for Kids

10 solar cars, 1 volt,
wooden wheels

SolarDriven Dozen Classroom 12-Pack

12 x solar car and inventions materials, 1.5 volt, gears, pulleys, propeller

SolRun Classroom 15-Pack

15 x 2 volt SolarDrive II’s plus
extra materials and tools

1 volt panel, wooden wheels

SolarDrive Solar Car & Inventor’s Kit

1.5 volt panel, pulley-driven machines

1.5 volt panel, gear-driven car

Solar Power Toy Car

SolarDrive II Solar
Car & Invention Kit

2 volt panel, gears, pulleys, propeller

1 volt panel, CD wheels

Solar PhotoVoltaic
Panels

How do they work?

Our planet is spinning in a constant solar energy bath of 1360 watts per square meter…direct radiant energy from our Sun. Some of that energy is deflected or scattered, but at ground level we receive approximately 1000 watts per square meter of light energy, for many hours each day. (In the U.S. that translates into a little over a horsepower per square yard.)

Photovoltaic cells convert a stream of light photons into a flow of electrons in wires. Our solar cells have alligator clips for easy experimentation.

In a motor, a flow of electrons creates electromagnets in coils on the shaft, creating a ‘push-me, pull-me’ effect with the permanent magnets on the motor housing. This causes the shaft to spin. We draw power from the spinning shaft with gears or drive-belts. Motors convert electrical energy into mechanical energy.

CREATIVE AND INVENTIVE

Children can build solar cars on the supplied coroplast, or use recycled materials to make their own solardriven creations.

SOLAR

lesson ideas

SOLAR ENERGY

educational notes