Complete Laboratory for Renewable Energy
» Energy system for conveying practical knowledge in the field of energy management
» Combining renewable energy generation from solar, wind and fuel cell power with modern energy storage technology
» Creation of an autonomous hybrid energy system
System Setup
1) Hydrogen safety sensor
2) Hydrogen storage
3) Touchscreen
4) Fuel cell
5) DC/DC converter
6) Hydrogen generator
7) Distribution cabinet incl. interface modules
8) Power electronics with analog displays
9) Configuration switchboard
10) Regulated outputs 12 / 24 / 230 V
11) Electronic load
12) Personal computer
13) Batteries and solar charge regulator
The System Offers Full Flexibility in Training
» Different system setups with a few clicks
» Individual investigation of electrical energy paths
» Connection of multiple loads to the energy management unit (12, 24, 230 V)
» Multitude of measurements and sensors for data logging
System Setup Follows Learning Objective
» Sources can be freely connected to the energy management unit as required
» This allows for working with individual components or complex setups alike
» The topic Energy Management is covered from every perspective
Central Monitoring and Control Software
» Data logging and analyzing
» Online visualization of data and system status
» Displaying energy flows between the components
» Data visualization in real time
Data Acquisition
» Wind speed
» Solar radiation
» Ambient temperature
» Module temperature
» Turbine-current
» Turbine-voltage
» PV-current
» PV-voltage
» Backup battery current
» Backup battery voltage
» Backup battery temperature
» Load current
» Load voltage
» Hydrogen flow
» Hydrogen pressure
» Hydrogen storage temperature
» FC-current
» FC-voltage
» DC/DC-current
» DC/DC-voltage
» Grid-current
» Grid-voltage
