232 Sustainable IT tools indexed in the toolbox
Welcome to the INR tool box that presents a list of Sustainable IT tools. Our goal for 2022 is to optimize this list: to improve the methodology for selecting tools and to cover all Sustainable IT themes.
If you have any suggestions for Sustainable IT tools or would like to get involved with us to help us optimize the toolbox, please write to us: outils-nr [@] institutnr.org
Explore a quickview of indexed tools in the Sustainable IT toolbox
Climatometer
Self-diagnosis tool offered by BPI University in partnership with ADEME for all companies. Allows you to take stock and measure the impact of your activity on the environment via the online self-diagnosis tool offered by BPI and ADEME
#Caclulate your environmental footprint #Impact
Umberto lca +
Umberto is one of the leading lifecycle analysis (LCA) software tools and is recommended by experts in industry, consulting, research and education.
Globaldcanalysis: global data center energy analysis model
The Excel file contains the Global Data Center Energy Analysis Model, including model structure, discussion of uncertainties, and all data entries, results, methodological notes, figures and sources. (Masanet, E., Shehabi, A., Lei, N., Smith, S., and JG Koomey (2020). "Recalibrating global data center energy use estimates." Science, Vol 367, Iss 6481.)
Powersim
Power / energy simulation in SystemC (not to be confused with VHDL). Powersim is a SystemC class library for calculating the power and energy consumption of hardware described at the system level. To this end, C ++ operators are monitored and different energy models can be used for each type of data.
#Simulation #C ++ #Energy #Power
Good practices in eco-design
This brochure is a complement to the 3 brochures of good practices related to software development offered by the network of SOFTWARE DEVELOPMENT players within Higher Education and Research: DevLOG. This section is dedicated to good practices in terms of digital service ecodesign which make it possible to apprehend, understand and reduce the environmental footprint of digital technology. After having explained the general context in a first sheet, a second sheet ("But why?") Highlights the need to integrate an environmental dimension in our digital service designs, and consequently in our software developments. The third sheet ("When?") Recalls the stages in the life cycle of a digital service to introduce the best practice sheets that correspond to the different stages: "Before", "During" and "After", keeping in mind the mind that development is often iterative, and the boundaries between the different stages are permeable. At the end of the brochure, you will find a specific sheet on good ecodesign practices for scientific computing, as well as sheets on development on a mobile platform, for the web and on the accelerator.
Power meter
This project includes two different tools: power_meter to record multiple power related sensors as a csv file and make_plot.py to generate power consumption graphs.