department presentation 1 department of energy technology presentation naturvidenskabs festival uge...
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Department of Energy Technology PresentationNaturvidenskabs Festival uge 39, efterår 2010
Department Overview & ActivitiesJens Bo Holm-Nielsen, Head of Center for Bioenergy
& Green Engineering
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Energy Technology
Keywords: Energy production – Energy distribution – Energy consumption – Energy control
HEATLOADS
POWER STATION
SOLAR CELLS
WIND TURBINE
MOTOR
PUMP
ROBOTICS
REFRIGERATOR
TELEVISION
LIGHT
TRANSFORMER
INDUSTRY
=
POWER SUPPLY
ac dc
TRANSFORMER
COMPEN-SATOR
FUELCELLS
FUEL
COMMUNICATION
COMBUSTIONENGINE
SOLARENERGY
TRANSPORT
3 3 3 1-3
3
DCAC
~
POWER STATION
SOLAR CELLS
WIND TURBINE
MOTOR
PUMP
ROBOTICS
REFRIGERATOR
TELEVISION
LIGHT
TRANSFORMER
INDUSTRY
=
POWER SUPPLY
ac dc
TRANSFORMER
COMPEN-SATOR
FUELCELLS
FUEL
COMMUNICATION
COMBUSTIONENGINE
SOLARENERGY
TRANSPORT
3 3 3 1-3
3
DCAC
~
DCAC
DCAC
PRIMARY FUEL
CHP
EnergyStorages
Energy
Storages
FACTS/CUPS
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Organisation
Strategic Networks:• EMSD• EDS• CEES• NEED• FACE• ECPE• VE-NET• NIK-VE• DUWET• WEST• VPP
Lab. Facilities:• Power electronics Systems• Drive Systems Tests• Hydraulic• Power systems• High Voltage• DSpace• Laser Systems• Fuel Cell Systems• Proto Type Facilities• Biomass conversion facilities
20 VIP
50 PhD
10 Guest Researchers
10 Research Assistants
15 TAP
Department of Energy Technology
Power Systems
Thermal Energysystems
ElectricalMachines
Fluid PowerSystems
PowerElectronicSystems
Fluid Mechanics and
Combustion
Fuel cell Systems
Wind Turbine Systems
Modern Power Systems
PV
Automotive & Industrial Drives
Biomass
Wave Energy
Energy Harvesting / TEG
Emergent Projects
Green Buildings
Multi-disciplinary research programmes
Efficient & Reliable PE Design
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Wind Turbine Systems
Rotor Gearbox GeneratorPower
electronics Transformer Grid
MechanicalEnergy
ElectricalEnergy
Grid Requirements!
Control System
Wind Energy
Key Words :
• Power Electronics converters• Modern Generators• Fluid power System• New Systems Concepts• Advanced Control• Grid Connection• HVDC transmision• Wind farms• Grid Codes• Reliability• Systems optimization• Performance & cost
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Wave Energy
Key Words
• Wave Energy Concepts
• PTO systems
• Fluid Power Systems
• Electrical Systems
• Grid Connection
• Control systems
• Modeling & Design
• Efficiency
• System Optimization
• Mechatronic Design
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∙ Combustion and Multiphase Flow▫ Numerical models▫ CFD-based models▫ Design tools/simulations▫ Prototypes/Measurements
∙ Liquid Bio Fuels
∙ Many Test facilities▫ 500kW combustion plant▫ Multi fuel/ Grate firing
◦ Biomass (straw/wood)◦ Waste Products
▫ Small wood burning stoves▫ Plans includes facilities
concerning liquid bio fuels
Biomass
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PV systems
Micro Grid for Green House at Aalborg University
DC source (10A/600V)
PV Inverter
LEM box
V
I
PC with Simulink and dSpace Control Desk
Grid
Ilimit
Vreference
IPVVPV
Irradiation
Temperature
No of panels in series
No of arrays in parallel
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Key Words :
• Distributed Power• Renewable Sources• New Grid Structures• Grid Stability• Grid Reliability• Grid Control• Grid Components• Independency• Micro Grids• Self Organised Networks• Storage Systems
EU UNIFLEX-PM
GENERATORS
TRANSMISSION POWER SYSTEMS
DISTRIBUTION POWER SYSTEMS
COSTUMERS
DG
INFORMATION FLOW ENERGY FLOW
Modern Power Systems
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Fuel Cell Systems
Facilities :
System control
Componentdesign
System
design
Test
systems
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Automotive & Industrial DrivesKey Words
• Power Electronics
• Electrical Machines
• Control systems
• Storage systems
• Hybrid Systems
• Industrial Applications
• Automotive application
• Modeling, simulation, Design & Testing
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Key Competence
Electric Power Systems
•Power Quality in the network grid
•Transient stability
•Network planning methods
•Relay protection
•Distributed Power Connection
•Simulation of the network grid
•High voltage Measurements
•Modelling of partial discharges
•Test of Insolation•Lightning protection
•Diagnostic methods
•Modelling of high voltage components
•Conducted interference
•Over voltage protection
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Key Competence
Power Electronic Systems
•Power Electronic Components
•AC/DC – DC/AC Converters Topologies
•DC/DC Converter Topologies
•AC/AC Converter Topologies
•PFC and Active Filters
•PWC and Active Filters
•PWM and Resonans Control
•Random Modulation
•Modelling and simulation
•Optimized Design
•FACTS – Converters for Power Systems
•Electrical Drive Systems
•DSP /-controllers
•Test of Components and Systems
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Key Competence
Electrical Machines
•Modern Machines
•Classical Machines
•Electromagnetic Components
•Modelling for Design, simulation and Control
•FEM and MEC Analyze
•Advanced Optimized Design
•Design Software
•Power Electronic/Machine interaktion
•Test and Monitoring of Machines, Drive and Materials
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Fluid Power Systems
Key Competence
•Hydraulic Components
•Hydraulic Systems
•Hydraulic Servomechanism
•Mechanical Systems
•Modelling and Simulation
•Control Systems
•Load sensing
•Energy Saving
•Tool Center Control
•High Performance Actuators
•Motion control
•Intelligent Systems
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Fluid Mechanics and Combustion
Key Competence
•Fluid Mechanics
•Multi-phase Flow
•Gas/liquid Particle Flow
•Computational Fluid Dynamics
•Experimental Fluid Dynamics
•Combustion Technology
•Complex Fuels
•Furnace Technology
•Turbo-machinery
•PEM Fuel Cells
•Experimental Verification
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Thermal Energy Systems
Key Competence
•Thermo dynamics
•Heat Transfer
•Complex Modelling
•Simulation and Optimazation
•Refrigerator Systems
•Fluid and Combustion Machines
•Integrated Energy Systems
•Process Integration
•Combined Power Plants
•Fuel Cell Systems
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Energi i Esbjerg
1. – 4. semester
1. – 4. semester lig Energiuddannelsen i Aalborg, men hvor
kurser er struktureret i 5 ECTS klumper.
Emnerne omfatter grundlæggende
kurser i mekaniske, elektriske,
termodynamiske og reguleringsmæssige
forhold
5. – 6. semester 1 – 4. semester kandidat
Speciale i termiske processer
Speciale i dynamiske systemer
Bachelor i EnergiCivilingeniør i Bæredygtig
Energiteknik
Speciale i forbrændingsteknik
Speciale i vindmøllesystemer
Speciale i Offshore energisystemer