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Introduction to Electric Generation Systems (AICTE - January- 2023)

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(4)

 

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 

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(7)

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(4 x 5 = 20 Marks)

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(500)

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(3 x 10 = 30 Marks)

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1

  



Value

Low Head i.

 

(Measure)

  

(Instrument)

   

Direct Beam Radiation ii.



Fullform

HAWT .iii

    

Efficiency

           

Cycle

  

Thermal Power Plant .iv

            

Water Hammering Effect .v



(Formula)

    

Reserve Capacity .vi

          

Solar PhotoVoltaic Cell .vii

          

Speed

(Neutron)

    

Nucler Power Plant .viii



(Formula)

    

Diversity Factor .ix



(Formula)

    

Ethanol .x

 

 

 

 

 

Diploma in Engineering

III Semester Exams: AICTE - January- 2023

DPEE305PCT- Introduction to Electric Generation Systems

Total Time : 3 hrs Total Marks :60

P.T.O. 1/2

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 



     

Nuclear Fission

 

Nuclear Fusion .2

Load Duration Curve

 

Load Curve

Peak Load Plants

 

Baseload .3

     

          

Average Demand

 

Load Factor, Demand Factor .4

           

(Biogas) Bio- Chemical Based Power Plant .5

                

Spill Way

 

Forebay, Surge Tank .6

                

Gas Based Power Plant .7

                

Pelton Turbine

        

High Head .8

 

Solar

    

(Principle)

   

Solar Photovoltaic Energy Conversion .9

 

 

 

 

Photovoltaic Power Plant

                 

Coal Based Power Plant .10

Hydro Power Plant

       

Energy Conversion

Hydro Power Plant .11

              



 

 

(Consstruction Parts)

     

Geared Wind Power Plant .12

      

     

Daily Load Cycle

 

Generating Station (a) .13

 

Load FactorAverage LoadUnits Generated Per day , Maximum Demand 

 

(Choose)

(number)

    

Size

Generating Unit (b)

 

 

 

2/2

Time (Hours) 0-6 6-10 10-12 12-16 16-20 20-24

Load (MW) 40 50 60 50 70 40

Referensi