Power Plant Q1 Flashcards

1
Q

1 cal = ?? J

A

4.184 J

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2
Q

1 BTU = ??? J

A

1055 J

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3
Q

1 BTU/h = ??? W

A

0.293 W

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4
Q

1 W = ??? BTU/h

A

3.41 BTU/h

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5
Q

1 quad = ??? BTU

A

1x10^15 BTU

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6
Q

1 J = 1 ???

A

Watts • sec ( W•s )

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7
Q

1 Wh = ??? J

A

3600 J

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8
Q

1 J = 1 ???

A

kgm^2 / s^2

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9
Q

specific weight of water

A

1000 kg/m^3

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10
Q

speed of light (c)

A

3x10^8 m/s

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11
Q

The art of designing and installing generating plant that will result in maximum return on investment over the expected life of the equipment

A

Power Plant Engineering

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12
Q

A station or establishment which houses the prime movers, electric generators, and auxiliaries, for conversion of mechanical, chemical and/or nuclear energy into electrical energy

A

Power Plant

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13
Q

An electric generating station using heat as a source of energy

A

Thermal Power Plant

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14
Q

Types of Thermal Power Plant that makes use of heavy fuel oil, light fuel oil, or bunker oil for production of energy

A

Oil-fired Steam Plant

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15
Q

makes use of pulverized coals as fuel

A

Coal-fired Thermal Plant

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16
Q

makes use of wood as fuel

A

Dendro Thermal Plant

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17
Q

makes use of steam generated in a reactor by heat from fission process of nuclear fuel (uranium 235, uranium 238)

A

Nuclear-Steam Plant

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18
Q

makes use of combustible gasses as fuel from a gas turbine engine prime mover

A

Gas Turbine Plant

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19
Q

makes use of generated heat from the inherit steam from the earth’s magma fuel

A

Geothermal Plant

20
Q

makes use of steam generated from solar radiation

A

Solar-steam Plant

21
Q

an electric generating station using flowing water to drive the prime-movers (hydraulic turbines) either impulse or reaction type.

A

Hydro Electric Power Plant

22
Q

using pondage or steam flows as it occurs, more power can be generated in a rainy season than in dry season

A

Run-of-River

23
Q

associated with a large water reservoir. this permits regulated supply of water so that the power output is constant throughout the year.

A

Plant with storage capacity

24
Q

where energy is generated during periods of high system demand using water which has been pumped into a reservoir usually during periods of relatively low system.

A

Pump-storage plant

25
Q

A type of hydraulic turbines that use high heads and low volume

A

Impulse Type

26
Q

a type of hydraulic turbines that use low heads and high volume

A

Reaction Type

27
Q

a plant of internal combustion engine prime mover using diesel as fuel in producing energy

A

Diesel Power Plant

28
Q

using windmills as prime mover

A

Windmill Plant

29
Q

makes use of natural rising of tide to simulate flowing water

A

Sea Waves/Ocean Tides Plant

30
Q

chemical conversion of radiant energy of the sun to DC energy

A

Solar or Photovoltaic

31
Q

Type of power plant (as to use) an electric generating station using heat as a source of energy

A

Base-Load Plant

32
Q

plant that is normally operated to provide power only during peak load periods

A

Peaking Plant

33
Q

plant capable of carrying load for the time interval either during off peak or peak periods and usually responds to changes in system frequency

A

Regulating Plant

34
Q

for peak or system deficiencies

A

Reserve or Stand-by plant

35
Q

Type of Plant Reserve where a portion of the installed reserve kept in operable condition and available for service but not for immediate loading

A

Cold Reserve

36
Q

Type of Plant Reserve that refers to capacity in actual service in excess of peak load

A

Operating Reserve

37
Q

Type of Plant Reservevthat refers to units available, maintained at operating temperature and ready for service although not in actual operation

A

Hot Reserve

38
Q

Type of Plant Reserve that generating capacity connected to the bus ready to take load

A

Spinning Reserve

39
Q

Wind Plant
Power Extracted formula

A

2.46x10^-3 D^2 v^3

40
Q

Nuclear energy formula

A

E = mc^2

41
Q

Hydro Electric Power Plant
Power Developed formula

A

P = ( w Q H n)

w = specific weight of water, kg/m^3
Q = flow rate of water, m^3/s
H = height of fall, m
n = generation efficiency

42
Q

Average Tidal Power per unit Area formula

A

Pav = 0.219H^2

43
Q

is power manifested over time

A

Energy

44
Q

is the rate at which energy is expended

A

Power

45
Q

is any form of energy transfer that causes changes in temperature

A

Heat