TESS advanced Applied Sciences supplementary set Renewable Energy Solar / Water / Wind

Item no.: 15288-88 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

TESS advanced Applied Sciences Basic Set Renewable Energy basics and thermal energy

Item no.: 15287-88 Function and Applications Basic set allowing the performance of 17 experiments about the following topics: Energy conversion (5 Experiments) Heat energy from solar energy (7 Experiments) Ambient Heat (5 Experiments) Among other, everyday relevant topics such as global warming and thermal insulation are raised. Benefits Complete equipment set for 17 experiments Covers energy conversion,

TESS advanced Applied Sciences supplementary set Renewable Energy – Fuel Cells

Item no.: 15286-88 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 26 student experiments in total: Hydrogen technology (9 Experiments) Energy conversion (5 Experiments) Heat energy from solar energy (7 Experiments) Ambient Heat (5 Experiments) The experiments also include

Solar Hydrogen Trainer

Item no.: 811 The system enables complete balancing of the solar hydrogen generation. Performance and generation data of the PV modules, power electronics, battery and electrolyzer are displayed in the included software and can be logged for exporting. Energy flows between the individual components are clearly visualized. Mobile solar modules with an adjustable angle of

Nexa® Training System

Item no.:793 The Nexa® Training system conveys advanced know-how in the dimensioning and hybridization of fuel cell energy systems and can also be used as a power system for research. Students can design and simulate fuel cell energy systems towards specific load profiles on the basis of the system’s industrial components. Fuel Cell module, hydrogen

Fuel Cell Trainer

Item no.: 541908 Heliocentris’s Fuel Cell Trainer is ideal for teaching the basic engineering principles of PEM fuel cell systems.  The Instructor is ideal for the teaching requirements of universities and vocational schools.  With the modular training system system, which includes numerous prepared experiments, students and trainees can examine the design and functions of a real

Dr. FuelCell Model Car Kit

Item no.: 80038 A working fuel cell car designed for your classroom!  Powered by water and sunlight, the Dr. FuelCell Model Car provides a simple and effective demonstration of solar hydrogen technology.   With a focus on standard science topics and aligned to NGSS and STEM standards, this car is powered by a miniature version of

Junior Set

Item no.: J102 Complete hydrogen system in a carrying case, consisting of solar hydrogen system Junior Basic, Decade Resistor, 2 digital multimeters, 3 red and 3 black connector cables, 1 stopwatch and 250 ml distilled water. Textbook included. Experiments possible with J102-JuniorSet Producing and storing hydrogen and oxygen Determining characteristic curve of solar panel Operating the

Tutorial Renewable Set

Item no.: T111 The Tutorial Renewable Set is your complete solution for teaching renewable energy, consisting of: Tutorial Teacher Set, Solar Wind Set, and Measurement Set. The sets feature modular components for flexibility as well as easy set-up and use, and allow experiments across the whole range of hydrogen applications, including automotive applications, solar, and wind