Project contains BMS for lead-acid batteries and ESP-based board used to pull information from EASUN offgrid inverter, energy meters and sensors. It show informations od displays and use ESPhome to send it to Home Assistant..
Project contains BMS for lead-acid batteries and ESP-based board used to pull information from EASUN offgrid inverter, energy meters and sensors. It show informations od displays and use ESPhome to send it to Home Assistant..
Project contains BMS for lead-acid batteries and ESP-based board used to pull information from EASUN offgrid inverter, energy meters and sensors. It show informations od displays and use ESPhome to send it to Home Assistant..
Project contains BMS for lead-acid batteries and ESP-based board used to pull information from EASUN offgrid inverter, energy meters and sensors. It show informations od displays and use ESPhome to send it to Home Assistant..
Project contains BMS for lead-acid batteries and ESP-based board used to pull information from EASUN offgrid inverter, energy meters and sensors. It show informations od displays and use ESPhome to send it to Home Assistant..
Project contains BMS for lead-acid batteries and ESP-based board used to pull information from EASUN offgrid inverter, energy meters and sensors. It show informations od displays and use ESPhome to send it to Home Assistant..
Project contains BMS for lead-acid batteries and ESP-based board used to pull information from EASUN offgrid inverter, energy meters and sensors. It show informations od displays and use ESPhome to send it to Home Assistant..
Project contains BMS for lead-acid batteries and ESP-based board used to pull information from EASUN offgrid inverter, energy meters and sensors. It show informations od displays and use ESPhome to send it to Home Assistant..
PyQt5 based application, using pyvisa and serial communication in order to control PID loop and obtaining data from temperature sensors, together with control of the shutter system using Arduino
PyQt5 based application, using pyvisa and serial communication in order to control PID loop and obtaining data from temperature sensors, together with control of the shutter system using Arduino
PyQt5 based application, using pyvisa and serial communication in order to control PID loop and obtaining data from temperature sensors, together with control of the shutter system using Arduino
PyQt5 based application, using pyvisa and serial communication in order to control PID loop and obtaining data from temperature sensors, together with control of the shutter system using Arduino
PyQt5 based application, using pyvisa and serial communication in order to control PID loop and obtaining data from temperature sensors, together with control of the shutter system using Arduino
PyQt5 based application, using pyvisa and serial communication in order to control PID loop and obtaining data from temperature sensors, together with control of the shutter system using Arduino
This is the hardware part of the Estante Irrigada project. It will controll 6 microvalves based on the readings of 6 soil humidity sensors, to irrigate up to 6 vases. Will also be controlled remotely through LoRa Network, updating a database. Finally, all data will be accessed via cellular in a Flutter developed app.
Open-source hardware and software for a satellite with a custom on-board computer to interface over I2C, SPI, and UART with a flash chip, IMU, barometer, camera, and thermal sensors. Built to fit within a 1U form factor.
A fully automated platform for synthesis, mixing, and deposition of perovskite precursor solutions, integrating hardware, motion control firmware, and a Python-based control interface. Forked repository from previous years Senior Project group.
A smart IoT-based water quality testing kit using ESP32, Raspberry Pi, and an ML model to predict bacterial contamination (% CFU in water samples). Detects pH, TDS, temperature, turbidity, and bacterial presence via optical sensors.