Home automated terrarium/aquarium or other enclosed environment with a Raspberry Pi

Thermal Engineering Systems in Python (TESPy). This package provides a powerful simulation toolkit for thermodynamic modeling of thermal engineering plants such as power plants, heat pumps or refrigeration machines.

Set temp limits, enforce fan modes, door/window and daily shut-off, and air cycling makes your thermostat a genius with a voice using your Smart Speaker! Please ⭐ if you like the app :)

A Python package to calculate degree days (DD or in french DJU - degré jour unifié) from measured outdoor temperatures and to make it possible to quantify drift of energy consumption for heating (or cooling)

Raspberry Pi variable speed cooling fan controller

GUI for managing the Corsair Commander Pro and other fan controllers under Linux

2018-2024: RPi400 configuration, and re-purposed PC-PSU case Raspberry Pi 4 or 5 with python OLED status display, pcie-nvme or usb-ssd or hdd, switched 5v power, usb front and rear sockets, audio DAC, and a large cooling fan.

It is designed to manage your Raspberry Pi's fan according to the CPU temperature changes.

Raspberry Pi hardware PWM fan CPU control

Cooling Raspberry Pi, which is running LibreELEC, by controlling the fan speed of a 5V fan.

Source code of web app for the visualization of an optimization methodology applied to a combined cooling system for solar thermal processes within the Spanish national project SOLHYCOOL, from the Plataforma Solar de Almería - CIEMAT.

More than half the world's population will face water shortages by 2032.

content for the ProCoTherMM TETRA project

Fan control GUI for Nvidia propietary drivers.

Control the temperature of an SBC

SGHEDA is a design tool for ground head exchanger. This project includes the design algorithm which evaluated using fluid-dynamics techniques and its implementation using Python.

Hybrid solar Stirling and vortex tube cooling system analysis

DIY cooling for Raspberry Pi: 25°C for ~$15-30