holi300.com
Project Organization Archives - HOLI 300 Small Wind Turbine
http://www.holi300.com/category/engineering-notes/project-organization
Microcontroller, Disc Brake, Furling. Archive for category: Project Organization. In this section we describe how our project was organized and how our internal and external communication was designed. Zero-Budget Project Management Philosophy and Tools for Voluntary Student Projects. August 17, 2014. Ow to manage a student project efficiently, transparent and without adding costs? Project Impressions Gallery September 1, 2014 - 12:21 pm. Our Website is finally online! August 30, 2014 - 1:39 pm.
holi300.com
Manufacturing of a Spinner for a Small Wind Turbine – HOLI 300
http://www.holi300.com/aerodynamic-body/spinner-manufacturing
Microcontroller, Disc Brake, Furling. E manufactured the wind turbine spinner by first manufacturing a positive, and then a negative mould. It was difficult to make the surface aerodynamically smooth enough, but happily we succeeded in the end. Original spinner mould built out of styrodur plates. Spinner covered with epoxy-putty. Building the original mould. We thought it would be easy to just put it on a turning lathe again but nobody wanted to have the noxious epoxy powder in their workshop. Your email...
holi300.com
Aerodynamic Body Overview - HOLI 300 Small Wind Turbine
http://www.holi300.com/aerodynamic-body
Microcontroller, Disc Brake, Furling. This section is about the aerodynamic body of the turbine. Many small wind turbines do not have an aerodynamically efficient shape. Our HOLI 300 however was developed for minimum resistance to the wind to ensure minimum forces on the turbine body while maximizing power output. The aerodynamic body of the HOLI 300 consists of two main parts, nacelle and spinner. In this section the development and the manufacturing of these components are shown. Read more →. We provid...
holi300.com
Microcontroller, Disc Brake, Furling – HOLI 300 Small Wind Turbine
http://www.holi300.com/safety-system/microcontroller-disc-brake-furling
Microcontroller, Disc Brake, Furling. Microcontroller, Disc Brake, Furling How they work together. He HOLI 300 uses an Arduino microcontroller, a bike disc brake, an electrical brake and a furling sytem to limit rotor speed. In this section we explain how these components work together and how we measure rotor rotational speed. Preliminary content from design report. Small Wind Turbine Safety Concept Flowchart. Microcontroller and Emergency Disc Brake. Universal battery elimination circuit as used in RC ...
holi300.com
Generator - HOLI 300 Small Wind Turbine
http://www.holi300.com/generator
Microcontroller, Disc Brake, Furling. He HOLI 300 small wind turbine comprises a Ginlong GL-PMG-500A brushless permanent magnet generator. In this section we explain how this generator was selected. Preliminary content from design report. The content of this article is taken from the December 2013 preliminary design report. It represents intention of design at that stage but does not necessarily show the final version of the HOLI 300 turbine design. Overview of generator types. Illustration of a PMSG [ 1.
holi300.com
News - HOLI 300 Small Wind Turbine
http://www.holi300.com/news
Microcontroller, Disc Brake, Furling. September 1, 2014. In this gallery we share some impressions with you about how we built our small wind turbine HOLI 300. If you have any questions concerning what you see on the photos please leave us a comment below! Read more →. Our Website is finally online! August 30, 2014. After some long weeks of tuning and organizing the content, we are happy to welcome you on our brand new website. Read more →. Project Impressions Gallery September 1, 2014 - 12:21 pm.
holi300.com
Blades Archives - HOLI 300 Small Wind Turbine
http://www.holi300.com/category/engineering-notes/blades
Microcontroller, Disc Brake, Furling. Archive for category: Blades. In this section we go into detail with the design of the blades. Blade Structural Integrity Calculations. September 1, 2014. His article describes how we verified the strength of the blades of our small wind turbine by using the IEC 61400-2 standard. Read more →. August 25, 2014. By Erol Ozan Bulut. Project Impressions Gallery September 1, 2014 - 12:21 pm. Our Website is finally online! August 30, 2014 - 1:39 pm.
holi300.com
Zero-Budget Project Management for Student Projects
http://www.holi300.com/project-organization
Microcontroller, Disc Brake, Furling. This category is about all organizational aspects of the project. Project organization for us is all about the “meta” layer of the project, where most of the communication is directed and designed. In this section we describe how we managed the HOLI 300 projectand how we documented our progress. In addition, we describe how we came up with our corporate design. Some words are also shared about this website. Project Management and Tools. Read more →. We provide all in...
holi300.com
Load Calculations - HOLI 300 Small Wind Turbine
http://www.holi300.com/load-calculations
Microcontroller, Disc Brake, Furling. N this section we specify the load assumptions for our HOLI 300 turbine under the conditions of the IEC 61400-2 Rev. 2 standard. Preliminary content from design report. The content of this article is taken from the December 2013 preliminary design report. It represents intention of design at that stage but does not necessarily show the final version of the HOLI 300 turbine design. Specification of Design Load Cases. Coordinate system for load calculation. As design c...
holi300.com
Aerodynamic Body Archives - HOLI 300 Small Wind Turbine
http://www.holi300.com/category/engineering-notes/aerodynamic-body
Microcontroller, Disc Brake, Furling. Archive for category: Aerodynamic Body. In this section we show how the aerodynamic body of the turbine was designed and built. August 5, 2014. E manufactured the wind turbine spinner by first manufacturing a positive, and then a negative mould. It was difficult to make the surface aerodynamically smooth enough, but happily we succeeded in the end. Read more →. August 5, 2014. Project Impressions Gallery September 1, 2014 - 12:21 pm. Our Website is finally online!
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