Dual Power Car Solar and Electricity Power Car Experiment Kit Demounted

Our product is not for toy purposes, but for scientific experimentation. When properly assembled and applied, it works with 100% success.

• Import of ECE
• It is compatible with the curriculum
• It is suitable for school, project, experiment, hobby work
• Our product is a STEAM material for our students and other users, where they can acquire scientific gains of concepts such as solar energy, electrical energy, power transmission, etc., and also develop their manual skills.
• The car works with solar and electrical (battery) energy at separate times
• The solar energy experiment can be done outdoors (not on a balcony, by the window, etc.) in sunny weather or indoors with a 100 Watt halogen bulb. The experiment cannot be done with light sources such as mobile phones.
• There is no charging feature
• The product is presented as disassembled
• 2 AA batteries to be used in the experiment will be provided by the user
• Product size: 120mm x 75mm x 75mm (When assembled)
  

  Product Content:

• Plastic housing (chassis)
• Solar panel (55mm x 55mm, with cable)
• Ø30mm plastic wheels (4 pieces)
• Shaft (100mm, 2 pieces)
• Double battery holder, with switch and cable
• Dynamo motor, with cable
• Metal motor holder
• Drive gear
• Spindle gear
• Connection terminals
• Double-sided adhesive foam
• Angle (4 pieces)
• Solar panel support base
• Support base metal bracket
• Screws
  

  Targeted Gains:

• Gives examples of ways to benefit from solar energy.
• Explains energy sources originating from the sun.
• Explains the working principles of solar cells, discusses their place today and in the future.
• Gives examples of renewable and non-renewable energy sources.
• Conducts and presents research on the use of renewable and non-renewable energy sources.
• Emphases the importance of using renewable energy sources.
• Makes a design that can be an example for the use of renewable energy sources.
• Explains what recycling is and its necessity with examples.
• Implements recycling applications in the environment where it lives.
• Compares and presents the advantages and disadvantages of renewable and non-renewable energy sources (cost, environmental pollution, etc.) by considering society, technology and environmental factors.
• Explains the contribution of renewable energy to the economy.ds.
• Based on energy transformations, concludes that energy is conserved.
• Explains the conservation of energy, its transfer, and infers that energy can be transformed from one type to another.