comparison of diffrent type of drive mechanism for stirling engine
DESCRIPTION
Presentation for Comparison of Diffrent Type of Drive Mechanism for Stirling Engine, ISEC 2007TRANSCRIPT
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