Solid-state batteries have greater density, meaning they can store more power. They also have enhanced conductivity, so they can deliver their energy faster too. Moreover, they are also more stable, reducing the need for safety systems. Does this mean we can solve the range paradigm with more batteries in the same space?
Or Is There Another Way to Solve the Range Paradigm?
The average electric car battery weighs in at around 1,000 pounds. This mass adds to the vehicle’s inertia, and increases the energy needed to shift it. Gasoline cars have the same problem, because their engines are heavy too.
Solid-state batteries could double the amount of energy in the same space, according to Microsoft Start. This could bring the following benefits to an electric car:
- More miles per battery charge, thanks to greater capacity and lighter weight.
- Lower operating cost, because the batteries would need less frequent charging.
- Greater cabin space, on account of smaller batteries and less complex safety systems.
- Faster conductivity would allow shorter charging times, and more vehicle uptime too.
The more dynamic performance would go a way to resolving the range paradigm, and encourage more drivers to convert to electric vehicles sooner.
Two Possible Ways to Build on Solid-State Benefits
There appear to be two options going forward, as solid-state technology catches on. We could use the space we save beneath the passenger compartment, to add more batteries and potentially double their driving range,
But those additional batteries would add to the weight and inertia of the vehicle, and increase its carbon footprint. The question arises, in our minds, whether we really need vehicles like that in the greener world we seek.
The other option might be to use the space we gain from the same battery capacity, requiring less room to deliver the same work. We could use this bonanza to enlarge the passenger space and add more gadgets.
Or we could downsize the vehicle profile, reducing its weight, wind resistance, and inertia, which would increase driving range further. We like this option, because it could help solve the range paradigm with a smaller carbon footprint.
More Information
1250 Mile Range From Talent New Energy
