A low-cost solar maximum power point tracker.
#Team Kyle Crouse | Zeke Zumbro | Austin Ricks | Zachary Lee
#Code The microprocessor using in this project is the TI MSP430G2553 which is standing in the TI MSP430 Launchpad. C code to run the MPPT using the Perturb and Observe algorithm can be found in the Code folder. This is setup as a TI CodeComposer project.
#Electrical Hardware Designs for the Cuk DC-DC converter, sensors, and printed circuit board for this project as well as datasheets for components can be found in the Electrical Hardware folder. *Note that the PCB design is rev1 which had a few mistakes including miswired pins for the OP-AMP read the Errata file for more info.
#Mechanical Hardware Designs for a waterproof casing and heat-sink for the design can be found in the Mechanical Hardware folder.
#LTSPICE Simulations of DC-DC converter and sensors.
#Matlab Matlab files to calculate component values for Cuk and SEPIC DC-DC converters.
#Final Report Documents This project was begun as a junior design project at John Brown University, as such, a detailed final report and presentation can be seen in this folder.