Designing Sun Tracker w/ GPS | Get Ideas & Suggestions

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In summary, the conversation discusses the design and construction of a sun tracker that will carry a photovoltaic panel and be controlled by GPS. The GPS unit will locate the position of the sun and guide the device to move towards it throughout the day. The individual is seeking suggestions and ideas for this project and mentions the challenge of creating a program to calculate the sun's position and transform the information into a control signal. They also mention the goal of creating a universal sun tracker that will work in various locations around the world.
  • #1
Essadaoui_Red
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Hello,
we try to design and build a sun tracker carrying a plate photvoltaîque, piloted by GPS,

GPS must locate the position of the sun and gives an order to move towards this position throughout the day,
but we really do not know where to start

all your suggestions and ideas will be welcome,

thank you in advance for your helps,
cordially
 
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  • #2
Essadaoui_Red said:
Hello,
we try to design and build a sun tracker carrying a plate photvoltaîque, piloted by GPS,

GPS must locate the position of the sun and gives an order to move towards this position throughout the day,
but we really do not know where to start

all your suggestions and ideas will be welcome,

thank you in advance for your helps,
cordially

Sounds like a school project, so we need to hear your thoughts before we can offer any tutorial hints.

And if your PV panels are not mobile, you don't need an active GPS attached, right? Just a real-time clock, and an initial Lat/Long setting...
 
  • #3
I don't understand what you are trying to achieve.

A GPS unit will tell you where it is on the surface of the Earth.

What does that have to do with the position of the sun in the sky? And how would a device" move towards this position"?
 
  • #4
Hello,
we try to build an universal sun tracker, means that it work in any where (africa,USA, UE...), the system should localise it's position via GPS, and calculate the position of the sun...and orients th PV to the sun...
the problem is in the program that calculate the position in real time ? and how can we transform these informations to control signal ?

thank you
 

FAQ: Designing Sun Tracker w/ GPS | Get Ideas & Suggestions

1. How does a sun tracker with GPS work?

A sun tracker with GPS works by using the GPS system to accurately determine the location and position of the sun in the sky. This information is then used to adjust the position of the solar panels or device to maximize the amount of sunlight it receives throughout the day.

2. What are the benefits of using a sun tracker with GPS?

The main benefit of using a sun tracker with GPS is that it can significantly increase the efficiency and output of solar panels or other solar-powered devices. By constantly adjusting to the position of the sun, the device can capture more sunlight and produce more energy compared to fixed solar panels.

3. Can a sun tracker with GPS be used for all types of solar panels?

Yes, a sun tracker with GPS can be used for all types of solar panels as long as they are designed to be adjustable and can be connected to a tracking system. This includes both photovoltaic (PV) panels and solar thermal panels.

4. What factors should be considered when designing a sun tracker with GPS?

When designing a sun tracker with GPS, several factors should be taken into consideration, including the location and orientation of the solar panels, the type of panel being used, the accuracy and reliability of the GPS system, and the overall cost and complexity of the tracking system.

5. Are there any alternatives to using a sun tracker with GPS?

Yes, there are alternatives to using a sun tracker with GPS, such as using a fixed mounting system with optimally angled solar panels or using a motorized system that adjusts the angle of the panels based on the time of day. However, these alternatives may not be as efficient as a sun tracker with GPS and may require more maintenance and manual adjustments.

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