But I'm curious how much this actually affects transport costs. If such a bus is used 12h/day, then even overpaying 100% for the vehicle should get outscaled by labor + maintenance pretty quickly, long before the vehicle is replaced...
But I'm curious how much this actually affects transport costs. If such a bus is used 12h/day, then even overpaying 100% for the vehicle should get outscaled by labor + maintenance pretty quickly, long before the vehicle is replaced...
CO2 wise, electrifying a bus like this should pay off much quicker than replacing individual vehicles, because utilization is higher (not a lot of people drive 12h a day).
Even looking purely at the financials, diesel is fucked.
My takeaway: No reasonable assumption exists that would make operating battery electric busses more expensive than diesel ones.
> On the other hand, he told us that without subsidies, the life cycle costs would be "diesel buses, followed by hybrids, and then with a huge difference, EV buses and then fuel cell buses." He asserts that, as things stand, "neither EV buses nor fuel cell buses would be profitable in terms of life cycle costs without subsidies."
> Tai said, "Relying on subsidies to introduce EV buses and fuel cell buses cannot be considered a healthy business situation," and added, "I strongly hope that technological innovation and price competition will progress throughout the zero-emission bus market."
"EV too cheap to meter ICE dead" is just hype. The realoty is it's not much more than another subsidy milking, yet. Cleaner air in the city is nice, though.Japan may have special conditions, like diesel/electricity price may be unfavorable or "build local" rules and no local competition in EV building.