Detailed session plan

Transcription

1 Detailed session plan UNIT I - CONVENTIONAL SOURCES OF ENERGY - Conventional, renewable, - alternate sources - supply system in India. Coal Coal technologies - Petroleum natural gas - nuclear fuels power plants - Hydro sources power plants - strategies - Conservation - audit - cost. Session 1 Conventional, renewable, alternate sources 2 supply system in India 3 Coal Coal technologies 4 Petroleum natural gas nuclear fuels power plants 5 Hydro sources power plants 6 strategies Conservation 7 audit &PamlekarDr.B.B. Chapter page CYCLE TEST-I Instructional Underst the concept various resources mathematics, science underst the impact

2 cost UNIT II - SOLAR POWER Application Solar - Various solar systems their applications, s, solar spectra-latitude longitude, Declination angle, solar window, cosine law, seasonal variations, daily variation, hour angle, calculation angle incidence, angstroms equation constants, solar data, daily calculations. Session 8 Application Solar - Various solar systems their applications 9 s, solar spectralatitude longitude 10 Declination angle, solar window, cosine law, seasonal variations 11 daily variation, hour angle, calculation angle incidence 12 angstroms equation constants, &PamlekarDr.B.B. Chapter page CYCLE TEST-I Instructional the use production to apply mathematics, science underst the impact c)a knowledge contemporary issues

3 solar data, daily calculations. 13 angstroms equation constants, solar data, daily calculations. 14 Types solar system with block diagram UNIT III - WIND POWER Wind - chains, application - historical background, merits limitations, nature wind, planetary local day / night winds, wind quantum, variables units used in calculations, wind power density Pw, Power calculations, power in wind, power by turbine, efficiency, kinetic, incoming velocity Vi, exit velocity Ve, Power, torque thrust calculations, velocity at different heights, site selection, Favourable wind speed range, wind wind velocity duration, pattern factor. Sessio n 15 Wind - chains, application - historical background, merits limitations, 16 nature wind, planetary local day / &PamlekarDr.B.B. Chapte r page CYCLE TEST II Instructiona l the use production mathematics, science underst

4 night winds, wind quantum, variables units used in calculations, 17 wind power density Pw, Power calculations 18 power in wind, power by turbine, efficiency 19 kinetic, incoming velocity Vi, exit velocity Ve, the impact c)a contemporar y issues 20 Power, torque thrust calculations, velocity at different heights 21 site selection, Favourable wind speed range 22 wind wind velocity duration, pattern factor. UNIT IV - BIOMASS ENERGY Biomass resources : Photosynthesis origin, resources, cultivated resources, waste to resources, Terms definitions, Incineration, wood wood waste, Harvesting super trees forests, phyrolysis, Thermo chemical conversion to, gasification, Anaerobic digestion, Fermentation, Gaseous fuel from.

5 Sessio n 23 Biomass resources : Photosynthesi s origin, 24 resources, cultivated resources, 25 waste to resources, Terms definitions 26 Incineration, wood wood waste, &PamlekarDr.B.B. Chapte r page Cycle test- II SURPRIS E TEST Instructiona l the use production mathematics, science underst the impact c)a contemporar y issues 27 Harvesting super trees forests, phyrolysis, 28 Thermo chemical conversion to. 29 gasification, Anaerobic digestion, 30 Fermentation,

6 Gaseous fuel from UNIT V - OCEAN & TIDAL ENERGY Ocean Tidal conversion, sources in ocean - Ocean tidal, wave thermal, Ocean saline gradient concept, ocean currents, ocean chemical, ocean conversion routes, electrical electrical routes, Bipolar, mono polar, HVDC cable transmission, Merits demerits ocean technologies, limitation, preconditions for commercial installation. Tides - spring tide, neap tide, daily monthly variation, Tidal range, Tidal Power, Types tidal power plants, single basin & double basin schemes, main requirements in tidal power plants, storage, prospects tidal power, economic factors. Session 31 Ocean Tidal conversion, sources in ocean 32 Ocean tidal, wave thermal, Ocean saline gradient concept 33 ocean currents, ocean chemical, ocean conversion routes 34 electrical electrical routes, Bipolar, mono polar, HVDC cable transmission 35 Merits demerits Chapter page &PamlekarDr.B.B. CYCLE TEST-II Instructional the use production mathematics, science underst the impact c)a contemporary issues

7 ocean technologies, limitation. 36 preconditions for commercial installation spring tide, neap tide, daily monthly variation, Tidal range, Tidal Power, Types tidal power plants, 38 Tides single basin & double basin schemes 39 main requirements in tidal power plants 40, storage, prospects tidal power, economic factors.