Germany/Wind Turbine: Difference between revisions

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{{Germany}}
{{Germany}}


We want to develop OSE Wind Turbine with an agile open collaboration.
=Content moved to [http://wiki.opensourceecology.de/Wind_Turbine Open Source Ecology Germany].=


==Team==
==Status==
If you want to participate add your name here and how you want to participate and introduce yourself in the [[Germany/Communication#Google_Group|Google Group]].


* [[Alex Shure]] – research and development
The '''wind turbine''' is in the research phase of product development, we are focusing on the '''[[TiVA]]'''-System right now.
* [[Nikolay Georgiev]] - communication and organization
[[File:Etemu.com_TiVA_l2_front_wip.jpg|720px|thumb|center|3D Model of a [[TiVA]] rotor, work in progress. Note the hollow wings, this is a hybrid lift/drag wing profile with a full load TSR<ref>Tip Speed Ratio</ref> of 0.85.]]


==Roadmap / Log==


* 20120211 [[Alex Shure]] Start of "Open Agile SCRUM GVCS machine development" mailing list, [[Nikolay Georgiev]] sent an E-Mail to some OSE:E members - We begin to discuss the OSE:E project of constructing a wind turbine
* 20120222 [[Alex Shure]] First online meeting on the OSE:E project "develop a wind turbine" in mumble
* 20120311 [[Alex Shure]] I had a 6 hour meeting with a German wind turbine technician who works in QS where we discussed various aspects, advantages and disadvantages of horizontal and vertical axis wind turbines.


==Requirements==
==Sources==
The wind turbine should be designed according to the [[OSE Core Values]].
<references />


==Other links==
 
* [http://www.rhein-zeitung.de/regionales/neuwied_artikel,-Energiemarkt-Frischer-Wind-weht-aus-Asbach-_arid,247585.html non OS example 1]
[[Category: Wind energy]]

Latest revision as of 01:04, 13 January 2014

Language:
  • English
  • German

OSE Germany


Content moved to Open Source Ecology Germany.

Status

The wind turbine is in the research phase of product development, we are focusing on the TiVA-System right now.

3D Model of a TiVA rotor, work in progress. Note the hollow wings, this is a hybrid lift/drag wing profile with a full load TSR[1] of 0.85.


Sources

  1. Tip Speed Ratio