Ausgreen Solar Solutions Research & Development Team

This is a prototype of a landing page for a solar power installation service website.

Bifacial PV modeling with SolarFarmer

Notes about my solar experiments

Documentation page for the Mobile version of The Beach Lab

Solar powered Tricycle rover follows waypoints

Improved modeling of PV solar power for trackers on sloping terrain. Available online: https://doi.org/10.1109/JPHOTOV.2021.3114599

Not for Public use

Web-based IoT project to monitor power produce from solar panel

solar powered humidity and temperature senor with 433 MHz transmitter

This Python script calculates the estimated time required to charge a 12-volt car battery using a solar panel. It considers the solar panel's power, the battery's capacity, and the system's overall efficiency to provide an estimated charging time.

The IoT EcoBoard v3 is microcontroler based on the processor ATSAMD21G18 ARM Cortex M0 at 48Mhz with 3V3 logic, as the Arduino Zero. The chip has 256K of FLASH and 32K of RAM. It's fully compatible with Arduino and Adafruit libraries.

Developed an ensemble voting model that included Random Forests, Linear Regression, Orthogonal Matching Pursuit, and Gradient Boosting Regressor to predict future solar power generated by a solar plant in India at 98.7% accuracy. Placed 1st at the Virginia Tech Computational Modeling & Data Analytics Fall 2022 Data Competition.

Scraper for Solivia Monitoring

Beehive online monitoring based on the ESP32, SIM800L and others sensors.

ESP8266 NodeMCU Based Solar Powered WiFi Weather Station - Record Temperature (x2), Humidity, Pressure, Rain, and Voltage

Community engagement statistics for open-source PV projects

A simple weather station that periodically wakes and sends data to a Thingsboard server

Solar panel characterization and experiments with Arduino and Python.

A project on reading the voltage and current form solar panel using the STM32 microcontroller. Also includes additional sensors like Temperature and Light.