PERENCANAAN SISTEM KONDENSING TURBIN DENGAN MENGGUNAKAN KONDENSOR BERTEKANAN VAKUM PADA PLTU MINI LABORATORIUM KONVERSI ENERGI STT - PLN
Total View This Week0
Total View This Week0
Institusion
Institut Teknologi Perusahaan Listrik Negara
Author
Suryawan, Ady
Al Rosyid, Harun
Al Rosyid, Harun
Subject
Teknik Mesin
Datestamp
2019-10-07 06:11:10
Abstract :
In a steam power system using a closed rankine cycle wherein the working water fluid is heated in the boiler until a certain pressure is then pressurized steam is directed to the steam turbine to produce mechanical energy. The exhaust steam out of the turbine will be immediately condensed in condenser where condensate condensate water will be reused as boiler feed water. One of the main components of a power plant is a condenser. The pressure in the condenser affects the power produced by the turbine. With the pressure on the planned condenser at 0.5 bar which is lower than the condenser pressure currently used, there is a power of 2.9 kW. This corresponds to an increasing decrease in enthalpy in the turbine due to the smaller turbine outlet pressure. The planned condenser is capable of absorbing steam heat of 16.83 KW with a cooling flow rate of 1.63 kg / s and the cooling water temperature entering the condenser at 27 C.
In a steam power system using a closed rankine cycle wherein the working water fluid is heated in the boiler until a certain pressure is then pressurized steam is directed to the steam turbine to produce mechanical energy. The exhaust steam out of the turbine will be immediately condensed in condenser where condensate condensate water will be reused as boiler feed water. One of the main components of a power plant is a condenser. The pressure in the condenser affects the power produced by the turbine. With the pressure on the planned condenser at 0.5 bar which is lower than the condenser pressure currently used, there is a power of 2.9 kW. This corresponds to an increasing decrease in enthalpy in the turbine due to the smaller turbine outlet pressure. The planned condenser is capable of absorbing steam heat of 16.83 KW with a cooling flow rate of 1.63 kg / s and the cooling water temperature entering the condenser at 27 C.
Download
book
BibTex
Latex, Jabref
cloud_download
Original Resource
url resource Institution
