A power recovery system is provided which is capable of stabilizing the power recovery rate thereof. The power recovery system 1 includes: a Stirling engine 10 that generates power by supply of cold heat to an upper portion 16a of a cylinder 16; and a vapo...

A heat exchanger for a Stirling engine 10A of a twin-cylinder ± type includes a heat transfer tube group 70A formed with heat transfer tubes 71A causing a working fluid of the Stirling engine 10A to flow between a high-temperature cylinder 20 and a low-te...

The present invention provides a Stirling engine capable of effectively recovering heat from exhaust gas flowing through a flue 42, and capable of connecting a heating portion 10 and a regeneration portion 5 with each other through an operation gas tube wi...

The invention relates to a combustion method and a Combined Heat and Power (CHP) plant operated by said method, the plant comprising a combustion chamber unit (1) having a combustion chamber (3), a burner (4) and an air preheater (5), and further comprisin...

A suspension mechanism capable of absorbing vibrations in all directions of a Stirling cycle engine 10. The suspension mechanism comprises the Stirling cycle engine 10 including nut members 30 on an outer surface of a casing 28, a holding ring 32 fixed to ...

A fin structure 16 for heat-exchanging, the fin structure 16 being mounted on a heat-dissipating portion 15 of a Stirling cycle cooler 7, wherein the fin structure 16 is configured by coupling a plurality of unit structures 16a, 16b, the plurality of unit ...

A heat exchanger element for a Stirling cycle refrigerator is produced by integrally forming an annular corrugate fin that is produced by forming a sheet material, corrugated so as to have a large number of grooves, into a cylindrical shape with the groove...