FIELD: thermal engineering; off-line power supplies for stationary and mobile loads. SUBSTANCE: in the course of running Stirling engine 1 produces useful energy which is conveyed to power consumer 5 mounted on same shaft. Cooling system 6 of engine 1 functions to reduce coolant temperature below ambient by means of evaporator 16 incorporated in refrigerating machine 9. High-temperature exhaust gases are passed from combustion chamber 3 through line 2 to steam-ejector refrigerating machine 9 whose evaporator 16 generates cold during its operation. Heat is conveyed from condenser 13 of refrigerating 9 to external heat-supply system through line 18. EFFECT: enhanced engine efficiency; provision for heat, cold, and power cogeneration. 1 dwg
| Title | Year | Author | Number | 
|---|---|---|---|
| SELF-CONTAINED COMBINATION POWER PLANT USING STIRLING ENGINE | 1999 | 
 | RU2172421C2 | 
| ANAEROBIC REFRIGERATING PLANT WITH STIRLING ENGINE | 1999 | 
 | RU2164612C1 | 
| ANAEROBIC POWER PLANT USING STIRLING ENGINE AND HYDROGEN-CONTAINING FUEL | 2000 | 
 | RU2169319C1 | 
| ANAEROBIC POWER GENERATION SYSTEM WITH STIRLING MOTOR | 2000 | 
 | RU2171957C1 | 
| THERMAL POWER PLANT | 1999 | 
 | RU2164615C1 | 
| OFF-LINE HEAT-AND-POWER COGENERATION PLANT | 1999 | 
 | RU2162533C1 | 
| COMBINATION HEAT POWER PLANT ON STIRLING ENGINE BASE | 1999 | 
 | RU2164613C1 | 
| ANAEROBIC POWER SYSTEM USING STIRLING ENGINE | 2000 | 
 | RU2169320C1 | 
| OFF-LINE STIRLING-STIRLING POWER PLANT | 1999 | 
 | RU2156373C1 | 
| OFF-LINE STIRLING-ENGINE HEAT-AND-POWER COGENERATION PLANT | 1999 | 
 | RU2162532C1 | 
Authors
Dates
2001-03-27—Published
1999-11-01—Filed