Off-grid Solar PV Panel project: Difference between revisions
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= First Lesson = | = First Lesson = | ||
== Arduino IDE Installation and Configuration on a Raspberry Pi == | |||
[[File:Screen Shot 2023-04-10 at 12.59.04 pm.png | 900px]] | |||
* '''Video 1''' - [https://www.dropbox.com/s/t2mwrl2kwelv5ey/Solar%20PV%20intro%2029%20Mar%202023.mp4?dl=0 Introduction to the Solar PV with Battery Storage project] | * '''Video 1''' - [https://www.dropbox.com/s/t2mwrl2kwelv5ey/Solar%20PV%20intro%2029%20Mar%202023.mp4?dl=0 Introduction to the Solar PV with Battery Storage project] | ||
* '''Video 2''' - [https://youtu.be/jU_b8WBTUew Serial Communication between Raspberry Pi and Arduino] - YouTube video showing how the Raspberry Pi and Arduino can communicate using (USB) serial communications. | * '''Video 2''' - [https://youtu.be/jU_b8WBTUew Serial Communication between Raspberry Pi and Arduino] - YouTube video showing how the Raspberry Pi and Arduino can communicate using (USB) serial communications. | ||
Revision as of 03:02, 10 April 2023
First Lesson
Arduino IDE Installation and Configuration on a Raspberry Pi
- Video 1 - Introduction to the Solar PV with Battery Storage project
- Video 2 - Serial Communication between Raspberry Pi and Arduino - YouTube video showing how the Raspberry Pi and Arduino can communicate using (USB) serial communications.
- Video 2 is embedded in this site Raspberry Pi Arduino Serial communication - but use the video above as the primary tutorial.
- Serial communication will be important in gathering data from the Solar PV system so that system performance can be monitored.
- Serial communication is also used to configure the different components of the Solar PV system.
Materials
- Access to the internet (YouTube)
- Arduino Uno
- Raspberry Pi
- Serial cable (USB Type A to Type Mini-B) to connect the Raspberry Pi to the Arduino Uno
