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Peut-être que ce qui est exceptionnel n'est pas la consommation, mais la récupération : 7 tutures en 5 minutes, cela fait tout de même 4,2 kW de moyenne sur ces 5 min... jamais vu à ma connaissance sur une Prius "standard" dans ces conditions. 😎
It was my experience that whatever ev range I gained while in hv mode was used by the car to better mpg's after the gain and it would eventually drop to where it was before the gain. The method I use just allows stacking of the ev distance gain for use later without plugging in if you know plugging in will not be an option upon arriving at your destination.
on road trips I use EV to get me to the highway and then use it a bit more on the first stretch of highway since it's pretty flat. Once I have about 3 miles EV left, and because it is also right before a long uphill on a bridge, I switch to HV mode. Then for the next 180 miles or so I use the hop into EV mode for braking or downhill descents and then back into HV for cruise control cruising. By the time i get to my destination I usually regen something like 8-9 miles so I have a near full charge when I reach my destination. Then rinse and repeat. Even on a short drive, say 40 miles round trip, if conditions are right you can still recapture and stack a decent amount of mileage. It all depends on hills, braking etc.
So in fact the purpose of this gaming is not to increase efficiency but rather increase EV opportunities for places it is advantageous?
I use it so when I get to my destination which I know I cannot charge at, I can drive around all the surface streets there in ev mode. If I didn't use my technique I would be out of ev range and have to use the engine all the time.
I wouldn't say it is not to increase efficiency. If I can get 20-22 miles ev range out of only plugging in once that increases my overall efficiency.
Those 9-10 extra miles (over the initial charge) are probably earned by using a bit more gasoline in the HV portions of the trip. If there is a net gain in efficiency? - it can only be checked for a particular driver and a particular trip.
I am sure it is working for you, however, I suspect it is not a universal phenomenon for all trips and all drivers, otherwise, I believe Toyota would have make it the default method (stacking EV miles in HV mode rather than using charge opportunities to increase HV mode efficiency).
Those 9-10 extra miles (over the initial charge) are probably earned by using a bit more gasoline in the HV portions of the trip. If there is a net gain in efficiency? - it can only be checked for a particular driver and a particular trip.
I am sure it is working for you, however, I suspect it is not a universal phenomenon for all trips and all drivers, otherwise, I believe Toyota would have make it the default method (stacking EV miles in HV mode rather than using charge opportunities to increase HV mode efficiency).
I hope you know you're making more charge-discharge cycles, by doing what you do, than needed. By doing so, you're shortening the life of your battery and gaining nothing.
You could have easily switched to HV mode earlier and conserve those EV miles for the last part of the trip.
En annexe: est-ce possible avec un P2HEV sans convertisseur ?
Pour les PHEV, il faut soit disposer de la tablette, soit d'un bouton, pour activer le "maintien de charge".
Ai-je été assez clair ?
Dispose-t-on d'un tel bouton ? Comment fonctionnerait-il ?
Merci d'éventuellement reprendre dans le fil approprié, pour ne pas polluer le fil P3HR.
Non, les 10% sont pour les hybrides (auris/yaris/prius3)
Les 7000€ sont bien pour les électriques dont la P3 PIP en fait partie.
bonjourC'est ce que j'ai compris également, reste à voir la réaction de Toyota à ce sujet, ils peuvent ajuster leur offre comme ils le souhaitent.
Confirmé à la concession, le bonus passe de 5000€ à 4500€.
Du coup, 25 200€ la P3 et 32 500 la P3 PiP.
no comment....