Cookies helfen uns bei der Bereitstellung von Open Source Ecology (OSE) Germany - Entwicklungsplattform. Durch die Nutzung von Open Source Ecology (OSE) Germany - Entwicklungsplattform erklärst du dich damit einverstanden, dass wir Cookies speichern.

Zoetrope

Aus Open Source Ecology (OSE) Germany - Entwicklungsplattform
Wechseln zu:Navigation, Suche

221.1.jpg

Zoetrope

Basic Data

Category: Wind turbines

URL (first publication): http://www.applied-sciences.net/library/zoetrope.php


Project status:


Technical documentation

Maturity of the project:














no

no no



Other



Assembly instructions are editable:

Bill of materials is editable:

Design files are in original format: No

Free redistribution is allowed licence: No


Project management


Open-o-meter: 0

Product category: Hardware

Contains original non-electronic hardware:

Contains original electronic hardware:

Contains original software:

Description

Bright and shiny renewable energy. The Zoetrope on a temporary stand.

The Zoetrope

Status: Complete



The Zoetrope is a vertical-axis wind turbine made from common materials such as stove pipe, metal brackets, plastic sheet and a trailer hub. Many of the materials can be found at local hardware or home improvement stores, the rest can either be made at home or purchased online. The Zoetrope was commissioned by Washington (USA) resident and renewable energy supporter to provide supplemental water heating.

Applied Sciences made the decision to open source the wind turbine and provide a freely available introduction to wind power, thereby allowing others to improve the design and functionality. The represents a realization of the open source decision. It details the build process and includes a complete materials list as well as recommended tools.

Something to keep in mind is that the power output of The Zoetrope is specifically tailored to the site where it is located and the application for which it is being used. Water heating is a cumulative process that can accommodate wide fluctuations in power and voltage. This is ideal since the site can routinely experience 25m/s (60mph) wind gusts. Putting that potential energy to use without burning up the stator means lower efficiency in light wind as a trade-off. During limited testing, power outputs of 150-200 watts were observed, but with a unidirectional anemometer and varying load resistance, those numbers are definitely approximations. The "official high" sustained wind speed during the testing period was 9m/s (20mph). In building your own turbine for your own application, you could tailor it to get better low speed performance than The Zoetrope.



Video:



Your browser does not support the video tag.
The coil winding apparatus in action.


Your browser does not support the video tag. How sad.
Some decent wind turbine action.


Your browser does not support the video tag.
Close-up of the alternator. The air gap was later shortened.

Resources:

As a courtesy, we maintain a list of resources that may prove useful in wind turbine construction. Applied Sciences has no affiliation with any of the listed sites.

- One of the more popular DIY wind (and renewable) power sites; an excellent source of information.

- A store run by the same people who run Otherpower.com. Sells useful materials for building wind turbines and renewable energy systems.

- A purveyor of a good selection of materials for building wind turbines.

- Site with information concerning different designs of vertical-axis wind turbines (VAWT).


+ General Reviews General Reviews


Report this page


Public cad repository for non-electronic hardware
Assembly instructions
Bill of materials

CC 2019 open hardware observatory
|
  • Impressum
  • |
  • Legal