Project: Z-NEV is a global, open source collaboration to design and build a modular zero-net energy vessel. All are welcome.
-
Updated
Feb 1, 2018
Project: Z-NEV is a global, open source collaboration to design and build a modular zero-net energy vessel. All are welcome.
CLI interface to the California Hydrogen Fuel Cell Station Operational Status System (SOSS)
Modeling 2D porous flux (multi species) for NR flow through support
Temperature Dependence Analysis to generate CSV's of given cell test data
A curated list of awesome resources on electrochemistry (particularly energy storage). PRs welcome!
Redox Flow Battery modeling.
A collection of papers and code on fuel cell techniques and its application in distributed energy systems and mobility.
Model of porous electrode in fuel cell catalyst layer. Affiliated with Berkeley Lab's Energy Technologies Area.
Hot Beverage Inc - Scalding Hot Parts! Now with more irradiation! For Kerbal Space Program.
Here is the work from the Summer 2022 FAU REU for Renewable Energy utilizing Benthic Microbial Fuel Cells. This years work was done by Brandon Kelly under the supervision of Dr. Jordon Beckler.
A 1D model of a Nafion thin film with absorption/desorption kinetics, water diffusion, and swelling.
On Demand Fuel Cells (ODFC) is a plugin to support fuel cells that only generate power when it is needed, thereby saving precious fuel. Simulates fuel cells in Kerbal Space Program (KSP), and do a better job of it than stock's use of a resource converter. The main difference is it only generates electricity when it's really needed (batteries alm…
These modules are an alternative to solar panels, also offering way better weight and endurance than batteries. They are set to last for 14 (Kerbin) days, so they should be useful for missions for which solar panels are not a suitable option due to aesthetics or such. Operation is fairly realistic. For KSP.
Constant power output from photovoltic cells using buck converter.
A Python package for working with electrochemical impedance data
FUSION-MAP is an ontology development project for green hydrogen field, representing the domain knowledge specifically related to systems data management/design and computational materials science.
Library to control Zahner power potentiostats (PP2x2, EL1002, XPOT2) of the latest generation with Python.
Python package for the analysis of electrochemical impedance spectra.
Library for using Thales Remote Script 2 over TCP/IP with C++ to control Zahner ZENNIUM potentiostats.
Add a description, image, and links to the fuel-cell topic page so that developers can more easily learn about it.
To associate your repository with the fuel-cell topic, visit your repo's landing page and select "manage topics."