Heliostat or Sun Tracker
About this device
| Keywords | 3D printing, arduino, heliostat, solar power |
|---|---|
| Uses | energy, industry, development |
| Authors | Pankaj Deshmukh |
| Status | prototype |
| Made? | Yes |
| Replicated? | No |
| Designed in | United States |
| Affiliations |
MTU MOST |
| Materials |
plastic glue |
| Cost | USD $ 22 |
| SDGs |
SDG07 Affordable and clean energy SDG09 Industry innovation and infrastructure SDG12 Responsible consumption and production |
| Manifest data | |
| Language | English |
| Updated | 2020-06-04 |
| Author | Kathy Nativi |
| Author affiliation | Appropedia |
| Author email | info@appropedia.org |
HEliostat or Solar tracker
Project developed by User:Pankaj Deshmukh
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This Open Source Appropriate Technology has been designed but not yet tested — use at your own risk. |
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This Open Source Appropriate Technology has been prototyped. |
Abstract
- This project is designed so that it could be used for tracking the sun light and convert it to electrical power using the solar panel. I have very simple designs without curves and complexity. Integration is simple. Principal behind the working is simple. I have used simple photo resistors to track the sun light which are placed in the same plane of the solar panel to get maximum power output. I have attached scad and stl files below which shows the design of the setup. Because the electronic parts integration is also involved in this project, I have uploaded rest of the data on the other page where I have shown all the steps for integration of the mechanical design and the electrical circuit integration and the code explanation.
The link is here.....Big Money
Bill of Materials
Source Code Files
Tools needed for fabrication of the OSAT
- MOST Delta RepRap or similar RepRap 3-D printer
Skills and Knowledge Necessary to Make the OSAT
- MY4777/MY5777/EE4777/EE5777: Open-source 3-D printing.
- OpenSCAD
- Slic3r
- Printrun
Technical Specifications and Assembly Instructions
All these project needs is printing the parts with a 3D printer and assembling them using the instructions given in the page link given below.
Because the electronic parts integration is also involved in this project, I have uploaded rest of the data on the other page where I have shown all the steps for integration of the mechanical design and the electrical circuit integration and the code explanation.
The link is here.....Big Money
Common Problems and Solutions
- Because the design is very simple there is just one problem you will face. It is the placement of the solar panel holder shaft--adjusting the length and gluing it together with the servo motor. But that too is fairly simple, you just need to do it carefully.
Cost savings
Because that's just printing part you will save 90% of the cost as needed for the other setups available in the market.
References
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