this post was submitted on 06 May 2026
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If you’re driving your hybrid for such short distances that you aren’t using the entire battery capacity then you could do the same with an EV that has 4-5 times more battery capacity. In doing so you would no longer have to pay for maintaining and fixing two drive trains.
If you are driving distances of 660km then you are using the entire hybrid battery capacity as there are none that exists with battery range that big. There are only EVs with battery range that big.
I worked as an automotive technician for a couple decades and used hybrids were consistently traded in for having lost their battery capacity even within the time that the battery still had warranty coverage because manufacturers wrote their warranties to not cover “normal degradation” of hybrid batteries. They do this because of how fast hybrid batteries degrade compared to EV batteries just due to the design limitations I mentioned in my previous comment.
Did you actually watch the video?
Yes
So you've seen how the car will almost immediately use any charge over 40% and charges when it dips below 30%? (Iirc, watched the video last night and don't remember the exact numbers)
Yep, on a battery with 1.9kWh. For reference the smallest EV battery I know of is 20kWh. So it has 10% the capacity of the smallest EV battery which means it will cycle between charged and charging very often.
The battery chemistry used in the car in the video is Nickel-Metal Hydride. Ni-MH batteries may have some defects, but what matters is that they discharge themselves. When the battery is not in use, it will slowly deplete its power. If the remaining battery time is long enough, the battery may be permanently damaged. A rough estimate of the depletion of NiMH batteries is that 20% of the battery power will be depleted within the first 24 hours after charging, and 10% will be depleted every 30 days thereafter.
It is expected that the charge/discharge cycle of a standard Ni-MH battery is 2000 times
Now consider the facts: