Recently in class, we have been working on a project called “Ideal Angles”. This project includes both mathematics and science, the driving question is, how can we use trigonometry to optimize clean energy technologies? In order to show our answer this question, we had to use our new found skills in trigonometry and solar panel knowledge to create an ethical house of our own. 

In order to test which angle is best, we needed to choose a location that our house (metaphorically) will be, we chose Reykjavik, Iceland. 

 Part 1: Trigonometry Portion 

 

In class we learnt the basics of trigonometry and applied that knowledge to our driving question. Here are some examples of the basics of trigonometry. Such as, how to locate each side of a triangle and how to approach a question.

In order for the solar panels to receive the most sun rays
possible, some trigonometry is needed  to calculate the angle. One key piece of information that we need in order to calculate which angle our solar panels need to face, is the time of year. We chose to set up our solar panels during the spring and autumn equinox. This means that our ideal angle is 26 degrees. 

Part 2: Construction 

 

Luca and I spent a couple of days putting our model together, we used poster board, popsicle sticks, paint, and a whole lot of hot glue. We made sure to have our blueprint with all of our measurements, to make sure that each piece would fit together perfectly.

 

 

 

Part 3: The Video  

 

We put this video together in order to explain our project as a whole, enjoy!