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Presentation for Comparison of Diffrent Type of Drive Mechanism for Stirling Engine, ISEC 2007
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International Stirling Engine Conference 2007Tokyo, Japan
September 21 – 23, 2007.
Eng’r. Suravut, Snidvongs, Dr. Sirinuch, Chindaruksa
Friction @ 1800 RPM (W)
8.9
Cost USD 950.00Mean Time Between Fail (hrs)
2,500
How to make EasyMaintenance Time (hrs)
150
Torque (N-m) 8Carnot Eff. % 60Thermal Eff. % 28Mechanical Eff. % 44Easy to start (Count as 10)
7
Friction @ 1800 RPM (W)
7.6
Cost USD 1500Mean Time Between Fail (hrs)
15000
How to make AccurateMaintenance Time (hrs)
2,500
Torque (N-m) 9.8Carnot Eff. % 60Thermal Eff. % 29Mechanical Eff. %
56
Easy to start (Count as 10)
8
Friction @ 1800 RPM (W)
6.1
Cost USD 1280.00Mean Time Between Fail (hrs)
18,000
How to make Very Accurate
Maintenance Time (hrs)
3,500
Torque (N-m) 10.2Carnot Eff. % 60Thermal Eff. % 30Mechanical Eff. %
58
Easy to start (Count as 10)
9
Gear Swash Plate Rotary
Friction @ 1800 RPM (W) 8.9 7.6 6.1
Cost $ 950.00 1,500.00 1,280.00
MTBF 2,500 15,000 18,000
How to make Easy Accurate Very Accurate
Maintenance time (hrs) 150 2,500 3,500
Torque (N‐m) 8 9.8 10.2
Carnot eff 60 60 60
Thermal eff 28 29 30
Mechanical eff 44 56 58
Easy to Start 7 8 9
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