Learning objectives/experiments

• H₂ circuit: conversion of electrical energy into chemical energy (hydrogen) and back into electrical energy
• generation of H₂ by means of PEM electrolyser
• generation of electrical energy by means of PEM fuel cell for direct H₂ consumption
• relationships between operating parameters of the electrolyser
• calculation of relevant parameters
  ….

Learning objectives/experiments

• conversion of electrical energy into chemical energy
• function and design of an electrolysis system for the generation of H₂
• relationships between the operating parameters of the electrolyser
• factors that affect the performance of electrolysers
• recording and visualisation of all relevant characteristics
  ….

Learning objectives/experiments

• conversion of electrical energy into chemical energy (hydrogen) on an industrial scale
• function and design of an electrolysis system with typical components
• production of H₂ by means of PEM electrolyser
• relationships between operating parameters of the electrolyser
• factors affecting the performance of the electrolyser
  ….

Learning objectives/experiments

• use of photovoltaic modules in modern solar electricity systems
• experiments with ET 255 and ET 255.03 with specified generation and consumption profiles
• operating behaviour of photovoltaic modules with varying temperature and illuminance
• influence of the inclination angle on the maximum power point (MPP)
• power optimisation with MPP trackers
  ….

Learning objectives/experiments

• combination of wind and solar energy
• relationships between the operating parameters
• influences on the characteristic performance
• recording and visualisation of all relevant characteristics
• calculation of relevant parameters

Learning objectives/experiments

• investigate components of modern systems for use of photovoltaics
• familiarisation with charge controller with power optimisation (MPP tracker)
• function of inverters and charge controllers
• combined demand coverage from solar and wind power
• operating behaviour with varying illuminance and temperature
  ….

Learning objectives/experiments

• conversion of chemical energy into electrical and thermal energy
• function and design of a fuel cell system
• relationships of fuel cell operating parameters
• effects on the electrical performance of fuel cells
• recording and visualisation of all relevant voltage/current characteristics
  ….

Learning objectives/experiments

Learning in an industrial-like environment for training in water supply technology

• operation of an industrial water purification plant
• adjust and monitor important process variables
• detection of operational faults
• carry out and document maintenance work
  ….

Learning objectives/experiments

• assembly, cleaning and conservation of membrane modules
• fundamental principle of reverse osmosis
  • Van’t Hoff’s law
• permeate flow rate and retention dependent on
  • pressure
    ….

Learning objectives/experiments

• learning the fundamental principle of softening and desalination by ion exchange
• identification of the different modes of operation of cation and anion exchangers
• combined use of cation and anion exchangers for desalination
• exchanging capacities and regeneration
• verification of the theoretically calculated regeneration time

Learning objectives/experiments

• fundamental principle of adsorption and desorption
• investigation of the variables influencing adsorption and desorption
  • air flow rates
  • air humidity and temperature
  • bed height of adsorbent
    ….

Learning objectives/experiments

• continuous extraction of nitrogen with a purity of up to 99,9%
• familiarisation with individual steps of pressure swing adsorption (PSA)
  • adsorption
  • breakthrough
  • pressure swing
    ….

Learning objectives/experiments

• nitrogen production through gas separation
• introduction to selective permeation through the membrane surface
• effects of parameters on pressure loss in the membrane and the air factor
• adjustment of process parameters in the air supply, retentate and permeate
• measurement of residual oxygen in the retentate and permeate

Learning objectives/experiments

Learning in an industrial-like environment for training in the field of hydrogen technology

• design and function of a single-stage gas booster
• professional preparation and execution of pipe installation
  • cutting, deburring and bending pipes
  • installation of cutting ring and clamping ring fittings
    ….

Learning objectives/experiments

• familiarization with high pressure components
  • connection
  • sealing
  • required wall thickness
• familiarization with pneumatic piston drive
  ….

Learning objectives/experiments

• familiarization with high pressure components
  • connection
  • sealing
  • required wall thickness
• familiarization with safety devices
  ….