Date post: | 11-Jan-2016 |
Category: |
Documents |
Upload: | cassandra-richard |
View: | 228 times |
Download: | 0 times |
Energy and Power at Oakland University
Author(s): Venkata Krishna Chaitanya Arumalla / Madhur Bhattacharya
Date: 01.22.10
Potential Research Areas
Author(s): V. Arumalla / M. BhattacharyaEnergy and Power at Oakland University
2 01.22.10
Power Distribution
Renewable Energy Hybrid Electric Vehicles (HEVs)
Power Electronics
Electric Drives and Control
Electromagnetic Design
Power Distribution
Author(s): V. Arumalla / M. BhattacharyaEnergy and Power at Oakland University
2 01.22.10
Energy and the Environment
Electromagnetic Principles
Transmission Lines
Power System Networks
Power Systems Components
• Transformers
• Synchronous Generators
• HVDC Systems
• Cable Systems
Power Flow
Voltage Stability
Fault ProtectionElectricalPower to
Load
Supplimentary Control
Generator A
Generator B
Mech Power
Mech Power
ElectricalPower
ElectricalPower
RegulatorR
1
--
TurbineGovernor
Frequency Fed BackTo Be
Adjusted
Change in Steam
Valve Position
Hybrid Electric Vehicles (HEVs)
Author(s): V. Arumalla / M. BhattacharyaEnergy and Power at Oakland University
3 01.22.10
Functions• Fuel Economy
• Start / Stop
• Regeneration
• Energy Storage
• Support the Engine
HEV Topologies
Parallel Series Plug-in Two-Mode
Technology - Electric
AC Machines Power Electronics Battery
Electromagnetic Design
Author(s): V. Arumalla / M. BhattacharyaEnergy and Power at Oakland University
3 01.22.10
Design of AC Machines• Hybrid – Brushless DC Motor/Generator Topologies
• Interior/Surface Permanent Magnet Machines (IPM/SPM)
• Induction / DC Machines
• Electromagnetic Characteristics
• Thermal Modeling
• Maxwell 3D – FEA Simulation
• SPEED Software
• Motor-CAD
• MATLAB / Simulink
• ePhysics
Suggested Courses
Author(s): V. Arumalla / M. BhattacharyaEnergy and Power at Oakland University
3 01.22.10
Undergraduate• Electromechanical Energy Conversion – Electric Machinery • Power Electronics - First Course on Power Electronics
• Power Systems – First Course on Power Systems
• Electric Drives – Electric Drives: An Integrative Approach
• Energy Conservation - ?
Graduate• Advanced Power Electronics - Power Electronics: Converters, Applications, and Design
• Hybrid Topologies I/II - ?
• Advanced Topics in Energy Conservation - ?
• Advanced Electric Drives - Advanced Electric Drives: Analysis, Control and Modeling using Simulink
• Design of AC Machines – Introduction to AC Machine Design
Author(s): V. Arumalla / M. BhattacharyaEnergy and Power at Oakland University
3 01.22.10
Renewable Energy – Future Key Research By Wind • Developing offshore deep water resources
• Integrating wind into utility grid
• Opening federal lands to renewable energy production
• Using wind and hydropower to produce hydrogen and clean water
• Reduced Loads , Costs and Improved performance of Rotor, Controls
Drive/ Train Power Electronics , Towers
• The Earth receives 1,366 Watts per square meter (W/m2) from the sun continuously• This is equivalent to over 43,000 times the entire planet’s electric generating capacity• Photovoltaic Technology• 2.2 Kilowatt PV System – Grid Connected Chester County, PA• 1,000 kW PV System – Grid Connected Long Island, NY• Nanotechnology powered DSSCs
Author(s): V. Arumalla / M. BhattacharyaEnergy and Power at Oakland University
3 01.22.10
• Design of Switching Power – Pole• Switch – Mode DC – DC Converters: Switching analysis, Selection and Design• Power – Factor – Correction ( PFC) Circuits and Designing the Feedback Controller• Design of High – Frequency Inductors and Transformers• Designing Feedback Controllers• Power Electronic loads• Power Quality solutions• Automotive alternator with embedded switched-mode power electronics
Author(s): V. Arumalla / M. BhattacharyaEnergy and Power at Oakland University
3 01.22.10