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Smart Grid Lab
The SENSE Smart Grid Lab is designed to
- examine present and future network structures
- advance research and science in this field
- support compliance of national and European energy objectives
Objectives
- Innovative network structures for
future energy supply
- Application of alternating current (AC) and direct current (DC) grids
- Integration of different forms of energy
- Analysis of the high share of renewable energies
- Operation and safety
of networks with integrated and distributed power systems
- Research of Vehicle2Grid-Operation
- Exploration of storage concepts
- Integration of load transfer (Demand Side Management)
- Administration of new
network components
- Dual-layer capacitors (Super Caps)
- IT-Components
- Vehicle2Grid-Interfaces
Components
- SENSE Smart Grid Lab Charging Pole
[2]- © SENSE
- SENSE Smart Grid Lab household and industrial loads
- [3]
- © SENSE
- SENSE Smart Grid Lab Dual-layer capacitors (Super Caps)
- [4]
- © SENSE
- Supply from the low-voltage grid
- Plug and Supply
Stations
- Connection between laboratory network and components
- Variable network configurations
- Generating
units
- Photovoltaic-Simulator
- Wind Power Simulator
- Loads
- Household loads (dishwashers, cooling units, flow heaters, electrical loads)
- Industrial loads (only electrical loads)
- Charging poles
- Accumulator (Dual-layer capacitors / Super Caps)
- SENSE Smart Grid Lab Plug and Supply Station
-
[5]
- © SENSE
- SENSE Smart Grid Lab Supply
- [6]
- © SENSE
- SENSE Smart Grid Lab Wind Power Simulator
-
[7]
- © SENSE
TUB-SENSE_SmartGridLabor_Schema.png
Labor_eng/TUB-SENSE_SmartGridLab_Ladesaeule.png
Labor_eng/TUB-SENSE_SmartGridLab_Lasten.png
Labor_eng/TUB-SENSE_SmartGridLab_SuperCap.png
TUB-SENSE_SmartGridLab_PlugandSupply.png
Labor_eng/TUB-SENSE_SmartGridLab_Einspeisung.png
Labor_eng/TUB-SENSE_SmartGridLab_Windkraft.png
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