Preliminary design of 10 kW Micro Steam Turbine Power System
Diminishing of unrenewable energy reserves trigger low capacity energy conversion technology development. This case become a challenging and interesting issue, although from this technology will generate low power only. This research designs a vapor power system with power output 10 kW, uses hea...
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| Format: | Final Project |
| Language: | Indonesia |
| Subjects: | |
| Online Access: | https://digilib.itb.ac.id/gdl/view/37652 |
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| Institution: | Institut Teknologi Bandung |
| Language: | Indonesia |
| Summary: | Diminishing of unrenewable energy reserves trigger low capacity energy
conversion technology development. This case become a challenging and
interesting issue, although from this technology will generate low power only.
This research designs a vapor power system with power output 10 kW, uses
heat at 250oC. This research implements Rankine cycle and designs main
components of vapor power system only.
Steam generator modeling uses Microsoft Visual Basic 6.0. Condenser is
designed by consider design standard and constraints. Then their dimension and
pressure drop can be determined. Shallow well pump is used in this power system.
Pump operating condition is determined by consider system condition and pump
testing data. Finally, this study do preliminary design of small scale steam turbine
by consider some references.
The result shows this vapor power system has thermal efficiency 2,88%.
0,15 kg/s water mass flow is provided by two pump in series arrangement and
required power is 477 W. Steam generator capacity is 389,6 kW and condenser
capacity is 378,4 kW. Condenser which is used is shell and tubes condenser type,
straight tubes with a shell pass and a tubes pass. Steam turbine which is used is
single stage impuls turbine with a single velocity stage. This steam turbine has
efficiency around 50%. |
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