Like StromGeeza we also have 3 EV's in our household (well OK, just 2 if you don't count the lawnmower...) and one is Chinese, one Korean and one American (the Lawnmower). The most troublesome is the lawnmower which has a number of design flaws, but still works OK and cuts grass, but could be a lot better. Second is the Korean Kia, it has a few minor niggles and then my MG EV5 which just works. Not conclusive but just an observation. It is still MUCH cheaper to run an EV than a petrol or diesel car IF you charge at home. If you have to use a commercial charger it can be about the same cost, but servicing and tax are a lot less. As EV's start to pay road tax in 2025, has anyone thought how much all the other tax brackets will be going up by ?
I have looked into an EV bike but the range & charging rate are a bit dissapointing, as is the depreciation. We haven't quite got our heads around EV bikes yet so they plummet in value at an alarming rate. I know the UK Director of Zero Motorcycles (Dale Robinson) quite well and he doesn't live far away from me in Northumberland. He's a keen advocate of EV biking and has done a lot of miles around the UK & Europe on one, the Zero Black Forest edition if I remeber correctly.
The newer Lithium battery chemistry is starting to be installed in EV's now and will make a big difference. Most EV's are based on Lithium Ion technology, like phones etc and this has a finite number of 'cycles'. A cycle is the change of state from charge to discharge & vice versa, limiting life span. Lithium Ion chemistry is not very happy when it's full and can expire if it's fully flattened, hence most EV drivers keep their batteries between 20% and 80% whenever possible. However, the Lithium Iron Phosphate batttery (liFePo4) has significantly improved the number of cycles, charge rate and thermal stability. This type of battery chemistry is virtually impossible to catch fire by 'thermal runaway', even when damaged, due to it's inherently inert nature. Following hot on the heels of the LiFePo4 batteries are the solid state batteries, these promise even faster charging times, more range (higher energy density) and a significant increase in the number of cycles they can achieve, even relative to LiFePo4. These may be the answer to making the electric motorcycle viable for more people as they will allow rapid charging, relatively low mass and high energy density. They can be mass produced and have very few 'precius' materials present. The UCLA are working on an aluminium 'battery' that uses aluminium rods as 'fuel' to create energy. These would be very cheap and easy to replace and you could even carry a few spares as they would be light. Technology is moving very fast in the EV world, so now is not quite the right time for the EV bike, but useful and useable ones are coming.