Chargeur Véhicule Electrique Dehne
Sebastian Dehne decided to create a custom electric vehicle (EV) charging station for his Nissan Leaf from scratch, as what he calls “a real full stack project.” He notes that designing your own gives you total control over the system, and it’s both fun and cheaper than purchasing a ready-made device.
The aptly named DehneEVSE is built around an Arduino Nano 33 IoT for control and current/voltage sensing, and connects via WiFi to a server that handles charging logic. UI consists of a web app that uses WebSockets to listen for real-time updates and display power consumption for all three phases. Aside from the stats, the app enables Dehne to turn charging on/off or to a low-cost setting, which regulates charge depending on the price of energy at a particular time.
Organizations using or interested in using the resource:
Contributor(s):
Tags: borne charge, VE
Categories: Logiciel, Matériel
Theme: Voiture électrique et charge, Carburants alternatifs, Open HardWare, Logiciel Libre
Referent:
Challenge: Abaisser les barrières pour innover sur le véhicule, Faciliter le partage la gestion la maintenance la comptabilité des émissions polluantes et de GES des véhicules
Key people to solicit:
Other related common: Open Charge Alliance
Wealth sought: Expérimentation, Moyen de prototypage - production - essais et calcul
Required skills: Energie
Community of interest: Communauté autour du Véhicule Electrique, sa charge et les réseaux, Communauté des Ecoles et Etudiants
License:
Terms of Service (TOS):
Level of development: Disponible mais non validé
Link to my actions board:
Link to my cloud, wiki, drive…:
Needs:
Next step:
Documentation of the experimentations:
Other informations
List of the actors using or willing of using this common: aucun pour le moment
List of the workshop reports related to this common:
Français
English
Italiano
