Product details

Student set  Renewable energy 2, Solar / Water / Wind, TESS advanced Applied Sciences

Student set Renewable energy 2, Solar / Water / Wind, TESS advanced Applied Sciences

Item no.: 15288-88

print
  • Description
  • Scope of Supply
  • Related Experiments
  • Literature
  • Accessories
  • Downloads and Documents

Function and Applications
Supplementary equipment set for Renewable Energy Basic set (15287-88). Together with the Renewable Energy Basic set, it is possible to performe 43 student experiments in total:

  • Electrical energy from solar energy (11 Experiments)
  • Wind energy (8 Experiments)
  • Water energy (4 Experiments)
  • Parabolic trough power plant (3 Experiments)
  • Energy conversion (5 Experiments)
  • Heat energy from solar energy (7 Experiments)
  • Ambient Heat (5 Experiments)

The experiments also include the reocrding of characteristic lines of the devices for generating electrical energy which are contained in the sets.

Benefits

  • Complete equipment set: simple execution of the experiments
  • The equipment is stored in a rugged, stackable and compact box, allowing quick control of completeness (foam insert)
  • Matched with international curriculum: all topics are covered
  • Comprehensive treatment of all subjects of energy, its conversion and storage and the use of renewable energy sources in combination with Set EN-BS in more than 40 experiments
  • With set EN-SW quantitative treatment of additional relevant key technologies
  • Interactive experimental procedure with interTESS, a software for PC assisted experiment performance, analysis and Evaluation
  • Use of the software interTESS minimizes preparation time and allows individual learning speeds

Equipment and technical data

  • The equipment set consists of all necessary components for the experiments
  • Robust, stackable storage box with a foam insert fitting to the contained equipment
Experiment Item no.
Influence of illumination level on voltage and current of asolar cell P9511100
Influence of surface area of solar cell on voltage and current P9511200
Voltage and current in a series connection of solar cells P9511300
Voltage and current in a parallel connection of solar cells P9511400
The solar cell as a power source for LED P9511500
The solar cell as a diode P9511600
Voltage and current of a solar cell as a function of light intensity P9511700
Storage of electrical energy of a solar cell with the aid ofa rechargeable battery P9511800
Solar-dark characteristic curve P9511900
The characteristic current-voltage curves of solar cells P9512000
Storage of the electric energy from a solar cell in a capacior P9512100
Electrical energy from wind energy P9515100
Influence of wind speed P9515200
Influence of wind direction P9515300
Wind energy under load P9515400
Influence of number of rotor blades P9515500
Storage of electrical energy from wind energy with the aid of a rechargeable battery P9515600
Storage of the electric energy won from wind energy in a capacitor P9515700
Current-voltage characteristic of the wind wheel P9515800
Pumping water using solar energy P9518100
Pumping water using wind energy P9518200
Efficiency of the pump in the conversion of electric energy to potential energy P9518300
Running water drives a generator P9518400
Heating water using a parabolic trough P9519100
How heating is influenced by the position of the absorber in the parabolic trough P9519200
Model of a parabolic trough field P9519300
Title Item no.

Our customers also saw the following products:

Follow us on
Facebook YouTube
PHYWE - excellence in science
  • 0
  •