Areas/branches related toto Ce t e o ce e ce Centre of ... pdf/22-CoE-SRES.pdf · PROGRESS REPORT...

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PROGRESS REPORT

CENTER OF EXCELLENCE

SMART RENEWABLE ENERGY SYSTEMSSMART RENEWABLE ENERGY SYSTEMS[SRES]

COLLEGE OF ENGINEERING PUNE

20th JUNE 2014

College of Engineering Pune (COEP) Forerunners in Technical Education

PI-Prof. B. N. Chaudhariand Prof. S. S. Dambhare

Areas/branches related to Centre of Excellenceto Ce t e o ce e ce

• Electrical Engineering • Mechanical Engineering• Instrumentation and Control• Computer• Electronics and Telecommunication


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Brief description about objectives of CoE

Specific objectives of the Center

To work in the following areas of energy studies ....

[a] Power generation and utilization using wind and solar energy

• Development of 10 kw micro grid using 2-3 kw wind mills and 2-3 kwsolar plantp

• Development of permanent magnet generators for small wind 2-5 kwwind turbines

• Development of efficient power converters


[b] Real time system simulation of energy systems Real time simulation of power converters Real time simulation of electrical machines Real time simulation of interconnected systems

Real time simulation of microgrid Real time simulation of microgrid

[c] Solar Thermal System Community solar water heating systems[SWHS] Constant temperature delivery from SWHS Solar Food Dryers

Parabolic trough concentrator systems Parabolic trough concentrator systems Optimization of low and medium temperature solar thermal systems Mobile erngy audit unit


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[d] Demand side management through energy Conservation Energy related consultancy to consumers Consultancy in preparing and implementing energy efficiency measures Creating energy awareness and demonstrations through case studies Pilot demonstration model development for educational institutes

[e] Demand side management through development of energy efficient systems

Research and consultancy in the area of energy efficient equipment. Design and Development of permanent magnet motors for fixed and variable speed

applications Development of switched reluctance drive / PM motor drive for solar pump

[f] Development of power conditioners, digital controllers for RES D l f hi h f ll Development of high performance controllers

Application of modern control algorithms for renewable energy systems Development of DAS for the low power renewable energy


Action plan of CoEp


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ACTIVITY April‐Sept 13

Oct13‐Mar14

April –Sept14

Oct14‐Mar15

April15‐Sept15

Oct 15‐Mar16

1 Identification of intra‐department location, cross‐functional work groups.

2 Survey of literature, Identification of research projects and enlisting probable equipment/software tools/signal acquisition systems

3 Persistent collaboration with concerned industry, research organizations and labs, higher learning centers

4 Identification of the projects for M.Tech5 Development of Infrastructure:

Refurbishment of identified Center location

Detailing specifications and Tendering equipmentPurchase and installation of equipment, software etc.


ACTIVITY April‐Sept 13

Oct13‐Mar14

April –Sept14

Oct14‐Mar15

April15‐Sept15

Oct 15‐Mar16

6 Training to faculty team members, in relevance to procured items, by vendors, OR to enhance research competence in thematic area, at Higher learning centers, both in India and abroad

7 Appointing research associates OR providing TA/RA scholarship to deserving candidates from among those admitted to PG/PhD programs

8 Compilation of results, documentation and delivery of projects to concerned stakeholder

9 Publications in Conferences and journals

10 Organizing STTPs for faculty, skill development finishing courses for aspirants

11 Outcomes such as filing and receiving patents, technology transfer, idea to prototype

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How would you assess the progress of CoEprogress of CoE

( milestones)


S.No.

DeliverablesBaseline(2010-11)

Targets to be achievedAt the end of

Dec. 14At the end of Dec.15

1 Number of International Exchange programmes 01 02 03

2

Number of co-authored publications in peer-reviewed journals with names of authors:(a) National(b) International

0505

From this CoE0505

From this CoE0810( )

3

Number of exchange of research students with collaborating institutions:(a) National(b) International

0000

0000

0200

4

Number of exchange of research faculty with collaborating institutions:(a) National(b) International

0001

0102

0203

5 Number of patents filed 02 [From this CoE team]

04 [From this CoE team]

06 [From this CoEteam]


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S.No.

DeliverablesBaseline(2010-11)

Targets to be achieved

At the end of Dec. 14

At the end of Dec.15

6 Number of external R&D projects 0504 [From this COE team]

08 [From this CoE Team]

7 Number of Industry Chairs secured 00 00 01Number of MoUs with academia:

02 04 068 (a) National

(b) International

0202

0403

0604

9Number of MoUs with industry: (a) National(b) International

0201

0505

0808

10Number of products, research and services commercialized

00 01 02

11 Any other (maximum three)(i) Master enrolment in the thematic area 04 10 16 + 18*(i) Master enrolment in the thematic area 04 10 16 18(ii) Ph.D enrolment in the thematic area 02 05** 08**

*if the new program starts** if Ph.D admissions take placeCollege of Engineering Pune (COEP)

Forerunners in Technical Education

Progress of CoE wrt theseProgress of CoE wrt these milestones


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S.No.

Deliverables Target, Dec.14 Achieved to date

1 Number of International Exchange programmes 02 00

2

Number of co-authored publications in peer-reviewed journals with names of authors:(a) National(b) International

From this CoE0505

From this CoE0508

Number of exchange of research students with collaborating

3

Number of exchange of research students with collaborating institutions:(a) National(b) International

0000

0000

4

Number of exchange of research faculty with collaborating institutions:(a) National(b) International

0102

0000

5 Number of patents filed04 [From this 04 [From this

5 Number of patents filed CoE team] CoE team]


S.No.

DeliverablesTargets to be achieved

Target, Dec.14 Achieved to date

6 Number of external R&D projects 04 [From this COE team]

08

7 Number of Industry Chairs secured 00 00

8Number of MoUs with academia: (a) National(b) International

0403

0404

9Number of MoUs with industry: (a) National(b) International

0505

0603

10Number of products, research and services commercialized

01 02 [in process]

11 Any other (maximum three)(i) Master enrolment in the thematic area 10 15(ii) Ph.D enrolment in the thematic area 05** 08

*if the new program starts** if Ph.D admissions take placeCollege of Engineering Pune (COEP)

Forerunners in Technical Education

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Fund status of CoE

Release-200 lakhsExpenditure-13 lakh Expenditure in pipeline-290 lakh


Procurement status of CoECoE

Equipment tendered [Estimated cost Rs. 290 lakhs]


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Equipment Identified Funds Available : 290 lakhs

First Phase of Procurement[cost in lakhs]

NAME OF THE EQUIPMENTUNIT COST

NO OF UNITS TOTAL

SOLAR PV INVERTER TEST SYSTEM FOR SURROUND TESTING 651

bundle 65REAL TIME ELECTRICAL SYSTEMS (MAINLY POWER ELECTRONICS) SIMULATOR 40 1 40REAL TIME DIGITAL POWER SYSTEM SIMULATOR 40 1 40GRID INTERACTIVE SOLAR POWER PLANT 25 1 25


INTEGRATED INDUSTRIAL DRIVE 7.5 3 22.5

CUSTOM‐BUILT GENERIC INDUSTRIAL POWER TRANS. TEST SYSTEM 18 1 18

MODULAR POWER CONDITIONERS FOR RENEWABLE ENERGY 161

bundle 16

FREQUENCY RESPONSE ANALYZER 12 1 12

GAUSS METER 12 1 12

POWER SCOPE 4 3 12POWER SCOPE 4 3 12

HYSTERESIS LOOP TRACER FOR ELECTRICAL STEEL 12 1 12

DIESEL GENERATING SET 200 KVA CAPACITY MODIFIED FOR HEAT RECOVER FROM JACKET AND EXHAUST

101

10

FIVE GAS EXHAUST GAS ANALYZER FOR REAL TIME DATA ANALYSIS AND SMOKE METER FOR DIESEL ENGINES (200 KVA DG SET)

101 10

UPGRADATION OF AVAILABLE MAXWELL LICENCE AND PROCUREMENT OF BUNDLE OF 25 USERS FOR ACADEMIC PURPOSE 10

1 bundle 10


PROCUREMENT OF BUNDLE OF 25 USERS FOR ACADEMIC PURPOSE 10 bundle 10

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DUAL MONITOR DESK TOP COMPUTERS 0.36 24 9.6NI‐CRIO/CDAQ CHASSIS AND CONTROLLER 9.5 1 9.5BATTERY BACKED UP MULTI‐CRYSTALLINE 5KWP SOLAR POWER PLANT 8 1 8NI , MY DAQ SYSTEM WITH ACCESSORIES 8 1 8NI‐SET OF IO MODULES FOR CRIO 8 1 8NI SET OF IO MODULES FOR CRIO 8 1 8WASTE HEAT RECOVERY HEAT EXCHANGER 8 1 8CASCADED H BRIDGE MULTILEVEL BACK TO BACK AC –DC‐AC CONVERTER 8 1 8NI‐MYRIO SYSTEM WITH ACCESSORIES AND ADD ON MODULES, SET OF IO MODULES FOR CDAQ 7 1 7

370.6


THERMAL ENERGY STORAGE TRAINING SYSTEM 7 7

PYRANOMETER FOR GLOBAL SOLAR RADIATION MEASUREMENT 3.5 2 7

SOLAR THERMAL ENERGY SYSTEM 7 1 7PICO HYDEL POWER CUM CENTRIFUGAL PUMP TEST SETUP 7 1 7LAPTOP 0.55 12 6.6THIN FILM BASED GRID INTERACTIVE POWER PLANT 5KWP 6 5 1 6 5

Equipment Identified for Second Phase {additional funds required}

THIN FILM BASED GRID INTERACTIVE POWER PLANT‐ 5KWP 6.5 1 6.5

TEXAS DSP CARDS 6 1 BUNDLE 6SYNCHRONOUS‐DC‐INDUCTION MACHINE SET WITH TAILOR MADE TABLE TO FACILITATE EXPERIMENTATION 1.5 4 6TRANSIENT TORQUE SENSOR FOR FHP DYNAMOMETER 6 1 6

SOLAR THERMAL PARABOLIC TROUGH COLLECTOR TRAINING SYSTEM 5 5

DIGITAL BOMB CALORIMETER WITH NEW EASY FIT GAS FILLING SYSTEM AND INTEGRATED CONTROLLER WITH PRINTER 5

15


CURRENT PROBES FOR YOKOGAWA POWER INSTRUMENTS 5 1 BUNDLE 5HANDHELD THERMAL IMAGER 4.4 1 4.4SOLAR ARRAY SIMULATOR 4 1 4MEGAOHM METER 4 1 4

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MICROOHM METER 4 1 4SOLAR PV GRID TIED TRAINING SYSTEM 3.75 3.75PYRHELIOMETER FOR SOLAR BEAM RADIATION MEASUREMENT 3.5 1 3.5SOLAR THERMAL TRAINING SYSTEM (FLAT PLATE COLLECTOR BASED SYSTEM)

3.25 3.25

THREE PHASE POWER AND HARMONICS TRAINING CASE 3 1 3THREE PHASE POWER AND HARMONICS TRAINING CASE 3 1 3WEATHER MONITORING STATION 3 1 3INSULATED HOT WATER STORAGE TANK 3 1 3MICROCONTROLLER BOARDS 3 1 BUNDLE 3HANDHELD DIGITAL LUMINANCE METER 3 1 3OFF GRID 2KWP MULTI‐CRYSTALLINE DC SYSTEM 2.5 1 2.5MULTI OUTPUT DC POWER SUPPLY: QUANTITY [04] 0.3 8 2.4CLAMP‐ON TYPE EARTH TESTER 2 1 2SMD SOLDERING PRACTICE KIT FOR PCB ASSEMBLY WITH SMT DEVICES 2 1 2


SINGLE PHASE CLAMP ON POWER METER 0.6 3 1.8

Additional funding required : 120 lakhs

Manpower requirement of CoE6 Research Engineers [M.Tech qualified]- Appointed1 Research Manager-To be appointed4 Adjunct Faculty- To be appointed [Two identified]j y pp [ ]


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Sr.No. Project Title Project Guide Year1 RTDS simulation of vWAM based monitoring and

protection systemSSD 2013‐2014

2 A Fast flux search controller for efficiency optimizedinduction motor

SVJ 2013‐2014

3 D i d D l t f S it h d R l t t RTU & BNC 2013 2014

PG enrolment in Thematic Areas

3 Design and Development of Switched Reluctance motorfor Textile Mill Application

RTU & BNC 2013‐2014

4 Modeling, Design and Analysis RCD clamped forwardconverter

VSR 2013‐2014

5 1 Kw Solar Source Connected to Microgrid BNC 2013‐20146 Shunt Active power filter based on Instantaneous

reactive power theory.AAD& DBT 2013‐2014

7 A smart Power Quality Analyzer using Labview for COEPsubstation

BNC & SB 2013‐2014

8 Modelling, Controlling, and protection of DC microgrid SSD 2013‐2014


8 Modelling, Controlling, and protection of DC microgrid SSD 2013 20149 Analysis of Electromechanical Disturbance Propagation

in Interconnected Power SystemSSD & AP 2013‐2014

10 Improved Distance Relaying using CalibratedInstrument Transformer with SynchrophasorApplication

SSD &VAA 2013‐2014

Sr.No. Project Title ProjectGuide

Year

11 Dynamic Stability Analysis of Various WindTurbine ConnectedPower Systems

VNP 2013‐2014

12 Design of Controller For Unified Power Flow Controller (UPFC)Using Sliding Mode Controller (SMC) Strategies

VSB 2013‐2014

13 Design, Simulation and Hardware Fabrication of Step downDC‐DC Converter along with Control Strategy Development

SSD 2013‐2014

14 Optimal Placement and sizing of Dispersed Generation in SPG 2013‐201414 Optimal Placement and sizing of Dispersed Generation indistributed networks using Genetic Algorithm

SPG 2013 2014

15 Analysis, Modeling and Design of Controller for Two‐SwitchForward Converter

VSR 2013‐2014

16 Design and Development 42V Permanent‐Magnet BrushlessDC Motor for Radiator Fan

RTU 2013‐2014

17 Accurate Synchrophasors Based Fault Location Method forEmerging Distribution Systems

VNP 2013‐2014

18 Protection of complex transmission network in Smart Grid SSD 2014‐201519 Accurate Phase Comparison Scheme with Synchronised SSD 2014‐2015


Measurements20 Performance enhancement of line start permanent magnet

motorBNC 2013‐

2014

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PATENTS APPLIED FOR [TILL DATE]

1 A Poly Phase Field Assisted Transverse Flux Switched Reluctance Machine

2 Hybrid Excited Transverse Flux Generator3 E‐Core Poly‐phase Brushless Transverse Flux

Motor/Generator4 E‐Core Transverse Flux Generator


f h d i d

ACADEMIC PRODUCTS UNDER DEVELOPMENT

Sr. No

Name of the Academic Product

1CUSTOM‐BUILT GENERIC INDUSTRIAL POWER TRANSMISSION TEST SYSTEM

2 Integrated Industrial Drive3 Modular Power Conditioners for Renewable Energy4 PICO H d l P C if l P T S


4 PICO Hydel Power cum Centrifugal Pump Test Setup

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CUSTOM-BUILT GENERIC INDUSTRIAL POWER TRANSMISSION TEST SYSTEM


MODULAR POWER CONDITIONER


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OTHER ACTIVITIES

• Organized Four experts lectures for PG students, in last 6 months

• 46 M.Tech students sponsored to attend conference in the domain.

• 10 Faculty members supported to attend the workshop / Seminar / 0 y pp p / S /Conference

• Co-organizer or a national conference hosted by University of Pune

• 4 new academic products are finalized along with 2 industry partners to enrich laboratory infrastructure. These products are innovative, and will probably be first-of-its-kind, in the country.


• Two faculty members are deputed under international faculty exchange program

Status of Ph.d programes wrtCoE

Ph. D candidates enrolled/ awarded and number

Ph.D candidates working in the broad area of Center objective-08


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Any efforts taken by CoE for transfer of knowledge to society in general and industry in particular

Four academic products are being developed in association with industry partners. Once the development and successful installation is completed, the product will be jointly launched under the “COEP LABS”.

We have already developed FOUR academic products during TEQIP-I, which have fetched the attention of peer and higher level institutes.



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Something Noteworthy

As a part of Center Activity, an ambitious, first-of-its-kind,multi-aspect, multi-domain project is undertaken titled as,“Design and Development of MICRO-GRID at COEP. This willbe developed as Project Work at PG/UG, and will facilitate theResearch in the focused domain of the Center. The project is“By the STUDENTS, FOR THE STUDENTS”


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THANK YOU !!


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