13 - Curriculum Development Centre, Kalamassery

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3.1.4. Concepts of ocean thermal energy conversion3.1.5. Understand the methods of power generation3.1.6. Concepts of Tidal power3.1.7. Study the basic principles of power generation3.1.8. Concepts of extracting energy from biomass3.1.9. Study the methods of biogas generation3.1.10. Study the classification of biogas plants3.1.11. Study the various applications of biogas plantsUNIT IV4.1.0. Small Hydel projects and Fuel cells4.1.1. Classification of micro , mini and small hydel projects4.1.2. Selection of sites4.1.3. Basic concepts and types of turbines4.1.4. Applications of Small Hydel projects4.1.5. Principle of operation of fuel cells(reference to hydrogen & oxygen)4.1.6. Classification of fuel cells based on temperature4.1.7. Types of fuel cells4.1.8. Advantages and disadvantage of fuel cells4.1.9. Conversion efficiency of fuel cellsUNIT V5.1.0. Energy management and Audit5.1.1. General principles5.1.2. Energy management opportunities with lighting systems5.1.3. Energy management opportunities with motors5.1.4. Energy management opportunities with electric heating5.1.5. Energy management opportunities with electrolysis5.1.6. Load analysis5.1.7. Basic concepts of energy audit5.1.8. Case studyCONTENT DETAILSUNIT IRenewable and non-renewable sources of energyBrief review of conventional sources of energy -Brief review of non conventional sources of energy likesolar, wind, ocean, geo thermal, biomass, chemical etc -Green house effect and global warming-Description of solar thermal devices like furnaces cookers, stills water heater, refrigerators etc-Solarthermal power storageGeneration of electric power from MHD GeneratorUNIT IISolar energyDescription of photovoltaic effect-schematic view of PV Cells-Electric characteristic of photovoltaiccells-equivalent circuit of solar cell-Instruments for measurements for solar radiations pyrheliometer andpyranometer-Basic PV System for power generation-Applications of Solar energy devices-Advantages &disadvantages of PV.128
Wind energyWind energy basics-Classifications-Wind energy turbines (horizontal axis and vertical axis type)-Briefidea of conversion of wind energy to electrical energy- Power and energy from wind turbines-Applications of Wind energy devices- site selection-block diagram of wind energy systemUNIT IIITidal, Ocean thermal & BiomassConcepts of ocean energy-Concepts of wave energy-methods(open and closed cycles)-hybrid cyclesphysicalprinciples-Wave energy technology- fixed devices and floating devices-Concepts of oceanthermal energy conversion-Understand the methods of power generation-Concepts of Tidal power-Studythe basic principles of power generationConcepts of extracting energy from biomass-Study the methods of biogas generation-Study theclassification of biogas plants-Study the various applications of biogas plants(brief study only)UNIT IVSmall Hydel projects and Fuel cellsClassification of micro , mini and small hydel projects-Selection of sitesBasic concepts and types of turbines-Applications of Small Hydel projects-Principle of operation of fuelcells(reference to hydrogen & oxygen)-Classification of fuel cells based on temperature-Types of fuelcells-Advantages and disadvantage of fuel cells-Conversion efficiency of fuel cellsUNIT VEnergy management and AuditGeneral principles -Energy management opportunities with lighting systemsEnergy management opportunities with motors-Energy management opportunities with electric heating-Energy management opportunities with electrolysis-Load analysisBasic concepts of energy audit-Case studyREFERENCES1. Non conventional Energy sources - G.D.Rai2. Energy technology-non conventional & conventional - S.Rao3. National seminar report on energy management (1997),IEEE transactions- Dr.B.S.Chandramohanan4. Introduction to non conventional energy resources - Raja5. Applied solar Energy - Meinel A B and Meinel MP, AddisonWesley Publications.6. Renewable and Novel energy sources – SL Sah, MI Publications, New Delhi7.. Direct Energy Conversion – George Sutton – McGraw hillPublications.129
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GOVERNMENT OF KERALADEPARTMENT OF T
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d) Students who have shortage of at
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08. End Examinationa) In each theor
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activities will not be considered f
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SUBJECT TITLE : ENGLISHSUBJECT CODE
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6. Pronunciation6.1 Introduce speec
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OBJECTIVESOn completion of the unit
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3) limit x² - 3xx->3 x² - 93.1.4
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4) log x dx5.2 Definite Integrals5.
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SUBJECT TITLE : APPLIED SCIENCE - A
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2.3.1 Distinguish between Streamlin
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2.2 ElasticityElastic and plastic b
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SUBJECT TITLE : APPLIED SCIENCE - B
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1.7.5 Explain the method of determi
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Fuels3.4.0 Comprehend the classific
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movement 3. Electrophoresis 4. Coag
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OBJECTIVESUNIT - IOn completion of
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5.4 Development of surfaces5.4.0 Pr
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SUBJECT TITLE : COMPUTER FUNDAMENTA
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2.2.5 Discuss the different flow-ch
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User defined functions - library fu
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2.1.3 Define the laws of Electrosta
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CONTENT OUTLINEUNIT - I: ELECTRIC C
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SUBJECT TITLE: APPLIED SCIENCE LAB
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CONTENT DETAILSI. VOLUMETRIC ANALYS
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Miscellaneous tools - Rasp and file
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SUBJECTS OF STUDY ANDSCHEME OF EVAL
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2.1.6. Explain the bipolar transist
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UNIT-IVAmplifiersAmplifiers - R.C c
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2.1.8. Identify the appropriate mat
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SUBJECT TITLE: ELECTRICAL MEASUREME
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5.1.3 Explain working of CRT5.1.4 U
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Page 157 and 158: CONTENT DETAILSUNIT - IDomestic Wir
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13 - Curriculum Development Centre, Kalamassery

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