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Potential Research Areas

Energy and Power at Oakland University Author(s): Venkata Krishna Chaitanya Arumalla / Madhur Bhattacharya Date: 01.22.10. Renewable Energy. Hybrid Electric Vehicles (HEVs). Electric Drives and Control. Power Distribution. Power Electronics. Electromagnetic Design.

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Potential Research Areas

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  1. Energy and Power at Oakland UniversityAuthor(s): Venkata Krishna Chaitanya Arumalla / Madhur BhattacharyaDate: 01.22.10

  2. Renewable Energy Hybrid Electric Vehicles (HEVs) Electric Drives and Control Power Distribution Power Electronics Electromagnetic Design Potential Research Areas Author(s): V. Arumalla / M. Bhattacharya Energy and Power at Oakland University 2 01.22.10

  3. Power Distribution • 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 Protection Author(s): V. Arumalla / M. Bhattacharya Energy and Power at Oakland University 2 01.22.10

  4. Hybrid Electric Vehicles (HEVs) • Functions • Fuel Economy • Start / Stop • Regeneration • Energy Storage • Support the Engine Technology - Electric AC Machines Power Electronics Battery HEV Topologies Parallel Series Plug-in Two-Mode Author(s): V. Arumalla / M. Bhattacharya Energy and Power at Oakland University 3 01.22.10

  5. Electromagnetic Design • 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 Author(s): V. Arumalla / M. Bhattacharya Energy and Power at Oakland University 3 01.22.10

  6. Suggested Courses • 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. Bhattacharya Energy and Power at Oakland University 3 01.22.10

  7. 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 Author(s): V. Arumalla / M. Bhattacharya Energy and Power at Oakland University 3 01.22.10

  8. 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. Bhattacharya Energy and Power at Oakland University 3 01.22.10

  9. 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. Bhattacharya Energy and Power at Oakland University 3 01.22.10

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