leXsolar-H2 Ready-to-go 2.0

Article no. 06765-00 | Type: Equipment & Accessories

Function and Applications

The experiment set provides the complete bandwidth of current fuel cell technology. Solar module, electrolyzer, and fuel cell permit the assembling and examination of a solar-hydrogen cycle. Working principles, efficiency and characteristics curves of electrolyzer and fuel cell are just some of the topics covered. In addition to a PEM fuel cell an ethanol fuel cell is also included so that different technologies can be compared with one another. Hydrogen can also be produced and stored.


  • Ideal for vocational schools, colleges and engineering degree courses
  • Connector system for easy and fast assembly
  • Learn about different fuel cell types
  • Build a fuel cell stack
  • All necessary equipment already included
  • Can be used everywhere since all componentes are provided in a transport case

Equipment and Technical Data

In the transport case (dimensions: 64 x 37 x 17 cm) all items to perform the following experiments are provided so that no additional accessories are needed:

  • Set up of an electrolyzer and the different fuel cells
  • Properties of an electrolyzer, a PEM fuel cell and an ethanol fuel cell
  • Characteristic curve of an electrolyzer, a PEM fuel cell and an ethanol fuel cell
  • Hydrogen production and storage
  • Faraday and energy efficiency of the electrolyzer and of the PEM-fuel cell
  • Parallel- and series connection of PEM-fuel cells

The set includes:

  • Solar module and modules with potentiometer and motor
  • Modules to produce and store hydrogen
  • Electrolyser, PEM fuel cell and ethanol fuel cell
  • Digital multimeter
  • Lamp with table clamp
  • Additional accessories
  • Download key for detailed student and teacher guides


File name
File size
File type
(de) Versuchsanleitungen für Lehrer (Auszug)
06765_00d_l .pdf
File size 1.01 Mb
(en) Experiment guide for teachers (excerpt)
06765_00e_t .pdf
File size 0.88 Mb
(de) Versuchsanleitungen für Schüler/Studenten (Auszug)
06765_00d_s .pdf
File size 1.11 Mb
(en) Experiment guide for students (excerpt)
06765_00e_s .pdf
File size 1.04 Mb
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