Proposed design of diesel power plant for the town of Bulacan, Bulacan /
Hernandez, Alexander E.
Proposed design of diesel power plant for the town of Bulacan, Bulacan / Alexander E. Hernandez. - Manila : National University, 1982 - xvi, 268 leaves : illustrations ; 28 cm.
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.
UGT COE BSME .H47 1982
Proposed design of diesel power plant for the town of Bulacan, Bulacan / Alexander E. Hernandez. - Manila : National University, 1982 - xvi, 268 leaves : illustrations ; 28 cm.
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.
UGT COE BSME .H47 1982