1 / 46

Center of Excellence

Center of Excellence. Practical Renewable Energy Systems. Prof. Bidyadhar Subudhi [Coordinator]. Department of Electrical Engineering, National Institute of Technology Rourkela. Research Foci of the CoE. 1 . PV Power System Control

brucek
Download Presentation

Center of Excellence

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. Center of Excellence Practical Renewable Energy Systems Prof. Bidyadhar Subudhi [Coordinator] Department of Electrical Engineering, National Institute of Technology Rourkela

  2. Research Foci of the CoE • 1. PV Power System Control • Parameter extraction and MPPT (Maximum Power point Tracking) • Robust Control for Grid Integrated PV System • Development of Global MPPT algorithms for PV system under non-uniform Insolation • Grid Integration Issues • 2. Wind Energy Conversion System and Control • Active and Reactive Power Control • MPPT(Maximum Power Point Tracking) • WECS Grid Integration Issue • 3. Micro-grid Control

  3. Deliverable Achieved (Experimental Facility Developed) • Development of a 2kW Solar Photovoltaic system (SPV) • Development of a 2kW Grid connected SPV (GC-SPV) • Development of a 2kW DFIG based Wind energy system (WES) • Development of a 4kW SPV and Wind energy Hybrid system

  4. Deliverable Achieved (Research Contributions) • A new maximum power point tracker (MPPT) for a stand-alone photovoltaic (PV) system using the concept of double integral sliding mode controller (DISMC)has been developed. • Grey-wolf Optimization based advanced MPPT is developed to extract maximum PV power under partial shading condition. • Grid synchronization of single and two stage PV system using non-linear control has been developed. • Grid synchronization of Three Phase Single Stage Grid-Connected PV System with Shunt Active Filter is done using Self-Tuning approach which also simultaneously helps in harmonic mitigation. • Active and Reactive power control, unity power factor operation, grid synchronization of Doubly Fed Induction generator based wind energy conversion system (emulated by DC motor) has been done using Stator Flux oriented and Grid voltage Oriented reference frame

  5. Double Integral Sliding Mode MPPT Control of a Photovoltaic System

  6. Double Integral Sliding Mode Control-MPPT vpv ipv

  7. Experimental Results DISMC-MPPT Although tracking time is higher but less voltage fluctuation in case of DISMC-MPPT compared to APEFC-MPPT

  8. Adaptive double-integral-sliding-mode-maximum-power-point tracker for a photovoltaic system

  9. Adaptive predictive error filter-based maximum power point tracking Algorithm

  10. Experimental Results

  11. Design and Real-time Implementation of a New Auto-tuned Adaptive MPPT Control for a PV System

  12. A comparative study on Maximum Power Point Tracking Techniques for Photovoltaic Power Systems

  13. Development of Global MPPT techniques for Standalone PV System Under Partial Shading Conditions

  14. GP LP GP Pattern 2 Pattern 1 LP Power Power Experimental Results of GWO based MPPT Voltage Voltage Current Current Pattern 1: have GP of 77.98W and LP of 47W Pattern 2: have GP of 58.25W and LP of 46.64W (a) Power Voltage Current Proposed method can successfully detect the shading pattern variations and reinitialize the MPPT process exhibiting superior performance (b) Fig. Experimental results for proposed algorithm under variation of solar insolation (a) P-V curves (b) Tracking curves

  15. Deliverable Achieved (Workshop and Seminars Organized) • Control of Renewable Power System, 28-29 Sep 2016 • Control of Renewable Power Systems, 22-23 Feb 2016 • Estimation and Filtering with Applications, 25-27 Feb 2015 • Control of Renewable Power Generation Systems, 7-11 July 2014 • All India Seminar on Recent Advances in Power Energy & Control, 23-24 Nov 2013 • Modelling and Control of Renewable Energy Sources, 3-8 June 2012

  16. Deliverable Achieved (Research Visits of Faculty & Research Scholars to other National and Foreign Universities) • Prof. B. Subudhi and Prof. P.K. Ray, Queen Mary University of London, Research visit during December 2013 for two weeks. • Sri. SatyajitMohanty and Sri. SoumyaMishra went to BIT MESRA, Ranchi, during March 2013 for 3 Days to attend a workshop on ‘Wide Area Network Control’. • Prof. B. Subudhi, visited Virginia Tech, USA during March 2016 for two weeks • Sri. Sudarshan Swain, Sri. Abhishek Parida, Sri. Ompraksash Pahari and Sri. Malaya Bhunia visited Department ofElectrical Engineering, Delhi Technological University, New Delhi, to attend a workshop on “Photovoltaic Array to Utility Interface Power Converters” during August 2016 for one week.

  17. Target • Development of 100 kW PV Micro-Grid System • PCU, AC Distribution box/Synchronizing panel, Cable, battery bank and accessories • Inverters and Converters • Grid Emulator (Programmable Ac Source) • Installation and commissioning • Switchgear & protection devices • Development of Control Algorithms for 100 kW PV Micro-grid Control • Implementation of Control Algorithms in MATLAB, Simulink and Opal-RT • Implementation of Control Algorithms in Real-time on the Physical Set-up

  18. Targets • 2.Industry-Institute interaction [Organizing Workshops, Industrial Visits] • Workshop on Industry Institute Interaction : 26th October 2016 • Workshop on Recent Advances on Smart Grid Technology: 22nd October 2016 • 3.Industrial Consultancy on Solar PV Installation, Solar PV Vehicles • 4. International Projects: • Dr.R.Vepa, Queen Mary Univ. of London and Prof.BidyadharSubudhi: Joint Research Project on Control of PV-Wind Hybrid System under EPSRC funding Scheme for 3 years

  19. Publications

  20. Publications

  21. Publications

  22. Conference Publications from CoE

  23. Conference Publications from CoE

  24. Equipments Procured • PV Simulator • dSACE 1103 and dSPACE 1104 • DC-DC Boost Converters and 3-Phase Inverters • Non-linear Load Bank • AC Programmable Source (Grid Emulator) • Auto-Transformer • DC Motor (Wind Emulator) • Double Fed Induction Generator • PMSG • Power Quality Analyzer (Single Phase and Three Phase) • Opal-RT • 12. SPV Modules for a total capacity 100 kWP along with protection and mounting arrangement • 13. Sensor, Data logger System

  25. Notable achievements: Patents • A. Sahoo and R. Tripathy, “Design of fluidized bed biomass gasifier (Cold model and Hot model) Application No.7/KOL/2013 A, Publication Date : 08/03/2013 2. B.Subudhi, Navin Kumar and ToshaliMohanty, “Design of Two Wheeler Hybrid Gasoline Electric Vehicle”,181/KOL, 2015

  26. Design of Two Wheeler Hybrid Gasoline Electric Vehicle • Brief description of the invention: • A 'gasoline-electric hybrid vehicle' relies both on gasoline and also on electric power source. • This hybrid combination makes the vehicle dynamic in nature and provides it’s owner a better fuel economy and lesser environmental impact over conventional automobiles. • HEV comprise of an electric motor, battery and power sources with an internal combustion engine to achieve better fuel economy and reduce toxic emissions. • Battery provides power for low-speed driving and gasoline engine provides for highways or hill climbing. • The energy from IC engine is generally wasted into the atmosphere through exhaust and radiator. • For reutilize, a stirling engine is attached in the exhaust and an array of thermocouple is attached to radiating fins of the cylinder head. The electric power generated is used to run the electric motor directly or indirectly depending upon the power requirements

  27. Production of knowledge and human capital as evidenced by graduate students and trained researchers PhD Degrees Awarded

  28. PhD Theses(Completed) • 4. Pedda Suresh Ogeti, Robust Active and Reactive Power Control Schemes for a DFIG based WECS, B.Subudhi and A.K.Panda(Viva scheduled) • 5. SasmitaBehera,Grid integration and optimal control for wind energy conversion systems, B.B.Pati and B.Subudhi, submitted June 2016

  29. M.Tech Students Awarded 4. B.Majhi Design of a Shunt Active Power Filter with grid connected inverter control for a Photovoltaic System, B. Subudhi, 2015

  30. Production of knowledge and human capital as evidenced by graduate students and trained researchers PhD Students Continuing under CoE : 1. Satyajit Dash Active and Reactive Power Control of WES Supervisor: Prof. B Subudhi Since July 2013 2. Snehaprava Swain Control of Wind Energy System Supervisor: Prof.P.K.Ray Since July 2013 3. Sudarshan Swain Grid Synchronization and Harmonic mitigation of Grid Connected Solar Energy System Supervisor: Prof. B Subudhi Since July 2014 4. Malaya Bhuina Grid Synchronization of Grid Connected Solar Energy System Supervisor: Prof. B Subudhi Since July 2014

  31. PhD Students Continuing under CoE :

  32. New PG Programme BTech & MTech Dual Degree on Energy System Engineering from July 2017

  33. Interaction with Industry & MOU Signed • OREDA Bhubaneswar • Kirti Solar Kolkata • IBM: Smart Grid Control • Shared Electric, Switzerland

  34. Research Collaboration with International University • Queen Marry University of London, UK • Two Professors and one PhD student from NITR visited twice • One Professor and One student from QMUL came to NITR for 2 visits • Virginia Tech, USA

  35. Sustainability Plan after Project closure

  36. Sustainability Plan after Project closure

  37. Key Issues/ Concerns Pertaining to the Centre • Procurement Process takes more time than expected

  38. DSO Pyranometer Transparent sheet Data logger and Modem dSPACE analysis window Hall Sensor Boost Converter Solar Panel L load dSPACE 1104 R Load Experimental-Setup of 2kW Standalone Solar PV System

  39. Experimental-Setup of 2kW 2 Stage Grid Connected PV System

  40. Experimental-Setup of 2kW Grid Connected Solar PV System 2 kWp Solar Panels 2 kW three phase Inverter Measurement system & FPGA

  41. Experimental-Setup of Grid Connected PV System with SAPF 1103

  42. OPAL-RT Chopper Converter DC Motor DFIG Experimental-Setup of 2kW DFIG based WES Driver and Sensor Board

  43. Experimental-Setup of 4kW PV-Wind Hybrid System RSC voltage and current sensors for Solar DC Motor & DFIG GSC Programmable Source Synchronizing Panel voltage and current sensors for WECS PV Panel Voltage Source Inverter(solar)

  44. Financial Status Sanctioned: Rs. 5 Crore Released: Rs.4 Crore Utilized: Rs.3.5 Core Committed: 1.5 Crore

  45. Thank You

More Related