Physics

Demonstration kit Wind energy

This kit contains apparatus for carrying out fundamental experiments on the use of wind energy.

Use of wind energy has now become well established as a well known means of converting energy. The kinetic energy of wind is being used more and more often as an alternative source of energy by converting it into mechanical energy and then into electrical energy.

This kit allows to investigate the possibilities and limitations of a simple wind generator. The effects of various factors such as the type of rotor, the wind speed, the wind direction and others can be compared and evaluated. In order to create the requisite flow of air, a simple fan is used.

The picture shows a red suitcase containing materials and equipment for experiments on wind energy. Inside the box are arranged various components such as a motor, rotors, cables and measuring instruments that can be used to carry out educational projects.
The picture shows a red suitcase containing materials and equipment for experiments on wind energy. Inside the box are arranged various components such as a motor, rotors, cables and measuring instruments that can be used to carry out educational projects.
The picture shows a red suitcase set with materials for experimenting with wind energy, including instructions, various components and measuring devices. The suitcase is clearly organized to enable practical experiments in the educational field.
The picture shows a wind energy experiment kit that includes various components such as motors, cables and propellers. It also includes instructions and a red storage box to organize the materials.
The picture shows an experimental device with an electric motor with a propeller mounted on a rail and a power supply unit. The setup is clearly equipped for educational purposes in the field of physics and offers experimental opportunities to explore movement and electromotorics.
The picture shows three students working on an experimental apparatus equipped with electric motors and propellers. They are concentrating on carrying out the experiment, which is likely to teach physics concepts such as motion and propulsion.
The picture shows instructions for a demo set on wind energy, published by Cornelsen Experimenta. In the background you can see devices and cables that are used to carry out experiments on wind energy use.
The picture shows a case with experimental materials designed for educational purposes. It contains various components such as a battery holder and connecting cables that can be used for scientific experiments.
The picture shows an experiment box with various components, including cables in blue and red, a small motor and some transparent components. Everything is neatly arranged in a black padded compartment that ensures safe storage.
The picture shows a page from a catalog for experimental materials, which shows a layout plan for a wind energy set. The picture shows a red suitcase filled with various experimental materials.
The picture shows a page from a handbook on wind energy with the title "Wind Energy" and the chapter "Fluid Energy". It shows a schematic representation of an experimental setup that is probably used to demonstrate fluid energy.
The picture shows an experimental set for wind energy, consisting of a power supply, various components such as a propeller and several brackets. In addition, instructions and a red storage box can be seen, which completes the set.
The picture shows an experimental device that includes a motor with a propeller and a guide rail. It is used to carry out experiments in the field of physics, in particular to illustrate forces and movements.
The picture shows a page from a textbook or manual on wind energy. It illustrates the experiment on the polarity of the voltage on a generator, with a diagram and a description of the setup.

item number 54620

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In this experiment, students learn about air flow.


In this experiment, the flow energy of the air is first converted into rotational energy by the rotor blades and this in turn is converted into electrical energy in the generator.


We will shortly provide you with a description of the experiment at this point.


In this experiment, the increase of the supplied electric energy is observed due to the influence of the wind speed at the wind generator.


In this experiment, the students investigate the influence of the wind direction.


Students observe the behavior of a wind generator by turning a light bulb on and off.


In this experiment, the students investigate the influence of the rotor blades on the voltage generated.


In this experiment, the students determine the resistance and power values of the wind generator and can find out at which resistance values and at which load the maximum power of the wind generator can be output.


Students investigate when an accumulator has stored enough energy to light a light bulb.


In this experiment, the students investigate the use of wind energy. The practical use of such combinations of wind generators and water pumps lends itself to the irrigation and drainage of agricultural land and the storage of water in elevated tanks.


  • 2 × Clamp slider
  • 4 × Plug lead, 25 cm, red
  • 4 × Plug lead, 25 cm, blue
  • 1 × NiCd-Accu rechargeable 1,2 V, 0,5 Ah, KR 15/51
  • 1 × Plastic box 105x90x50 mm
  • 1 × Plastic box 60x60x30 mm
  • 1 × Foam insert grey, knobbed515x360x30 mm
  • 1 × Foam insert for 54620, 515x360x110mm
  • 2 ×
  • 1 ×
  • 1 × Rotor with 2 blades with 4 mm socket
  • 1 × Rotor with 3 blades with 4 mm socket
  • 2 × Rotor with 4 blades with 4 mm socket
  • 1 × Base for plug-in elementsand battery cell holder
  • 1 × Lamp holder MES on 19 mm plug-in element
  • 1 × Bulb, MES, 1,5 V/0,15 A set of 10 pcs.
  • 1 × Electric motor on rod
  • 1 × Generator on rod with 4mm-plug-shaft
  • 1 × Water bassin, transparent
  • 1 × Pump with motor and tubing
  • 1 × Power supply unit, 1 to 6 V/ 2.5 A DC
  • 1 × LED plug-in-element, red without pre-resistor
  • 1 × Resistor, variable 100 ohms, plug-in element
  • 1 × Silicium diode, plug-in element
  • 1 × Ring on rod, 110 mm Ø(i)
  • 1 × Rail, 420 mm
  • 1 × Plastic case ca.540x450x150 mm
  • 1 × Storing diagram,int.vers.(Wind energy)