Proposed design of diesel power plant for the town of Bulacan, Bulacan / Alexander E. Hernandez.

By: Material type: TextTextPublication details: Manila : National University, 1982Description: xvi, 268 leaves : illustrations ; 28 cmLOC classification:
  • UGT COE BSME .H47 1982
Contents:
Steps in power plant design -- Power load survey -- Tabulation of connected loads -- Transformers sheet -- Subsation A (feeder I - II - III ) -- Feeder I (transformer 1 - 26) -- Feeder II (transformer 27 - 52) -- Feeder III (transformer 53 - 78) -- Sub-sattion B (feeder IV - V *VI) -- Feeder IV (transformer 79 -104) -- Feeder V (transformer 105 - 131) -- Feeder VI (transformer 132 - 158) -- Maximum demand of power plant -- Added bases for selection of diesel power plant -- Design of power plant -- Selection of size and number of units -- Choice of what type of power plant -- Doorways -- Foundations against vibration -- Form lumbers -- Probable average daily load -- Graph of the daily load curve -- Choosing of unit to installed -- Graph of the combination I -- Graph of the combination II -- Graph of the combination III -- Capacity of prime mover -- Specifications of equipments -- Machine foundation -- Design of cooling tower -- Day tanks -- Economic computation -- Bibliography.
Summary: Successful power plant design is practically impossible without a thorough mastery of engineering subjects such as heat transfer, thermodynamics, engineering mechanics, engineering economy and power plant engineering.
Item type: Thesis
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Includes bibliographical references.

Steps in power plant design -- Power load survey -- Tabulation of connected loads -- Transformers sheet -- Subsation A (feeder I - II - III ) -- Feeder I (transformer 1 - 26) -- Feeder II (transformer 27 - 52) -- Feeder III (transformer 53 - 78) -- Sub-sattion B (feeder IV - V *VI) -- Feeder IV (transformer 79 -104) -- Feeder V (transformer 105 - 131) -- Feeder VI (transformer 132 - 158) -- Maximum demand of power plant -- Added bases for selection of diesel power plant -- Design of power plant -- Selection of size and number of units -- Choice of what type of power plant -- Doorways -- Foundations against vibration -- Form lumbers -- Probable average daily load -- Graph of the daily load curve -- Choosing of unit to installed -- Graph of the combination I -- Graph of the combination II -- Graph of the combination III -- Capacity of prime mover -- Specifications of equipments -- Machine foundation -- Design of cooling tower -- Day tanks -- Economic computation -- Bibliography.

Successful power plant design is practically impossible without a thorough mastery of engineering subjects such as heat transfer, thermodynamics, engineering mechanics, engineering economy and power plant engineering.

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