Plug-in hybrids fail because of people. They could cover most or all of a typical commute on battery, but there was that recent study saying people don’t use them that way. If you’re going to treat it like an ICE car, it’s just an ICE car with more weight, that costs more.
the problem with PHEVs is the battery is very small, which is a longevity concern. Batteries lose charge capacity based on how many charging cycles they go through. So if you are discharging most of the battery on a daily commute you’re going to kill that battery’s capacity within a few years (like a cell phone).
A great use for the new sodium batteries, assuming they pan out as expected and can scale up quickly. While I still think the PHEV strategy is most appropriate for last decade before batteries were sufficiently developed, a cheaper, longer lasting battery can make them more compelling
Not OP, but conventional hybrids are alright. Plug-In hybrids are kind of a waste, and really only see benefits in very niche situations.
Plug-in hybrids fail because of people. They could cover most or all of a typical commute on battery, but there was that recent study saying people don’t use them that way. If you’re going to treat it like an ICE car, it’s just an ICE car with more weight, that costs more.
the problem with PHEVs is the battery is very small, which is a longevity concern. Batteries lose charge capacity based on how many charging cycles they go through. So if you are discharging most of the battery on a daily commute you’re going to kill that battery’s capacity within a few years (like a cell phone).
A great use for the new sodium batteries, assuming they pan out as expected and can scale up quickly. While I still think the PHEV strategy is most appropriate for last decade before batteries were sufficiently developed, a cheaper, longer lasting battery can make them more compelling