User Tools

Site Tools

Differences

This shows you the differences between two versions of the page.

Link to this comparison view

Both sides previous revisionPrevious revision
Next revision		Previous revision
mission:tech:aquarius:apu [2015/01/09 14:27] – [Auxiliary Power Unit] chronomission:tech:aquarius:apu [2015/03/31 08:14] (current) – [Auxiliary Power Unit] chrono
Line 1: Line 1:
 ====== Auxiliary Power Unit ====== ====== Auxiliary Power Unit ======
- 
-<WRAP round info> 
-Greetings to the Ministry of Defence (NL) - Good to see you using Ubuntu instead of Windows :) 
-</WRAP> 
  
 The Auxiliary Power Unit (APU) is the fourth column in the group of independent and mobile energy sources. In case of over-budget power demand or a longer period of heavy weather (no sunlight for days), the APU will supply the batteries with power, generated by a small internal combustion engine.  The Auxiliary Power Unit (APU) is the fourth column in the group of independent and mobile energy sources. In case of over-budget power demand or a longer period of heavy weather (no sunlight for days), the APU will supply the batteries with power, generated by a small internal combustion engine. 
Line 9: Line 5:
 [{{ :mission:tech:aquarius:honda-gx25-stripped-in-apu-frame1.jpg?245|APU Test Setup}}] [{{ :mission:tech:aquarius:honda-gx25-stripped-in-apu-frame1.jpg?245|APU Test Setup}}]
  
-The system itself is pretty simple: A very small 4-stroke gas engine with 25ccm and about 0.7kW/1HP output power drives a brushless motor that is acting as a generator and converts mechanical energy from the motor's shaft into electricity by rotating strong neodymium magnets around coils. At the time being the APU will be fueled with gasoline but the final goal should be a complete conversion to a mini wood-gas block cogeneration plant, combusting biogas to get 350W peak power output and warm water as well. And of course, it's a nice hacking platform for 4-stroke engine designs, to see which fuel solutions might also be usable.+The system itself is pretty simple: A very small 4-stroke gas engine with 25ccm and about 0.7kW/1HP output power drives a brushless motor that is acting as a generator and converts mechanical energy from the motor's shaft into electricity by rotating strong neodymium magnets around coils. At the time being the APU is fueled by gasoline but the final goal should be a complete conversion to a mini wood-gas block cogeneration plant, combusting biogas to get 350W peak power output and warm water as well. And of course, it's a nice hacking platform for 4-stroke engine designs, to see which fuel solutions might also be usable.
  
 **Design goals of this setup** **Design goals of this setup**
Trace:

Page Tools