Misère.

Qui a besoin de charger sa batterie en 1 heure à la maison? Personne. Tu peux facilement recharger une batterie de 75kw en une nuit sur une borne de maison. Bon pour 568km sur une Tesla Long range. Je ne comprend vraiment pas ton point. Tu t'égares. Et dans quelques années on parlera de 1000km d'autonomie.
One possible strategy is to use what is called a series configuration, whereby the engine is employed only to generate electricity, which is then used to charge the battery and to power one or more electric motors coupled to the wheels. That arrangement has the advantage of being mechanically simple, perhaps requiring no transmission at all. It also allows the engine to run always at maximum efficiency. But a series hybrid also has some important drawbacks. For one, it needs to include a separate electric generator distinct from the motor (or motors) driving the wheels. More important, it suffers from the inherent inefficiency of having to convert the mechanical power produced by the engine into electrical power and then back to mechanical power.
The best strategy, in my view, is to use a single electric motor coupled with a simple transmission that links both it and the car's internal combustion engine directly to the wheels, which is termed a parallel hybrid configuration. In particular, I believe that the key is using a continuously variable transmission, which does away with the usual fixed gears and instead allows the ratio between rotation of the engine and the rotation of the wheels to take on whatever value will allow most efficient operation.
J'espère que t'es pas sérieux là!!! Un article qui date de 20 ans!!! Come on. On est rendu ailleurs Jon. C'était l'époque des batteries à l'acide!!!!jon8 a écrit : ↑10 déc. 2020, 12:50au lieu de screenshoter des images de graphiques random sur Pinterest, un peu de lecture pour toi...
https://www.americanscientist.org/artic ... ble-future
One possible strategy is to use what is called a series configuration, whereby the engine is employed only to generate electricity, which is then used to charge the battery and to power one or more electric motors coupled to the wheels. That arrangement has the advantage of being mechanically simple, perhaps requiring no transmission at all. It also allows the engine to run always at maximum efficiency. But a series hybrid also has some important drawbacks. For one, it needs to include a separate electric generator distinct from the motor (or motors) driving the wheels. More important, it suffers from the inherent inefficiency of having to convert the mechanical power produced by the engine into electrical power and then back to mechanical power.The best strategy, in my view, is to use a single electric motor coupled with a simple transmission that links both it and the car's internal combustion engine directly to the wheels, which is termed a parallel hybrid configuration. In particular, I believe that the key is using a continuously variable transmission, which does away with the usual fixed gears and instead allows the ratio between rotation of the engine and the rotation of the wheels to take on whatever value will allow most efficient operation.
And in January GM unveiled a concept car dubbed the Volt, a plug-in hybrid with 40 miles of all-electric range. However, it remains unclear when these new GM vehicles might go into production.