Ain't That The Truth
(media.gab.com)
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Can you elaborate on what you mean by "burdensome deadweight" and "absolutely abysmal". That is loaded language that does not provide any insight as to what your argument is. How often do electric car batteries ignite? I agree that oil and hydrocarbons are more efficient. I also agree on the solar farms point.
A half-tank of gas is lighter than a full tank of gas. As a gasoline vehicle burns its fuel, the total weight of the vehicle gets lighter and thus it can use its remaining gas more efficiently. Used gasoline doesn't weigh the vehicle down.
In contrast, there is no appreciable decrease in weight for an electric vehicle (EV) battery at half-charge compared to full charge. Thus, the vehicle's efficiency does not increase. It's not just a figure of speech, discharged batteries are literally burdensome deadweight for any moving vehicle.
Other people in this thread have already pointed out the sheer environmental destruction involved with the manufacturing process of EV batteries. Absolutely abysmal fits the situation to a T, especially since the whole point of EVs in the first place is to be enviornmentally friendly.
The rate of EV battery fires? Let's assume purely for the purpose of argument that the chance of an EV battery fire is less than the chance of a fire from gasoline cars. However, unlike a gas car fire, an EV battery fire CANNOT BE STOPPED. It is an entirely self-sustaining reaction. Every EV battery fire MUST and WILL burn to 100% completion, and spew ALL of its toxic heavy metal components into the environment for hours on end. A single EV battery fire is almost certainly guaranteed to be much, much more damaging than a single gas car fire, because (1) gasoline fires can actually be stopped long before they burn to completion, and (2) burning gas produces less toxins than burning EV batteries; combustion is literally the whole reason why we make gasoline in the first place! It is therefore not enough for the chance of EV battery fires to be just "less than" gas fires, they need to orders of magnitude lower to be in any way comparable to gas fire damage.
Every single EV battery fire matters a HELL of a lot more than a single gas car fire, because EV battery fires are uncontrollable, and also spread toxic waste in direct violation of their intended design purpose. It is such a colossal engineering failure that it would be funny, except that there are very powerful groups pushing to mandate the current state of EVs for widespread mass adoption over conventional gas vehicles. Madness.
Thank you for elaborating. Do you happen to know how much more efficient a vehicle with half a tank of gas vs. a full tank of gas is? It is a negligible amount.
Lithium can be recycled. Coal gets used up. Both have negative impact on the environment. Only one of them can sustain long term energy needs. The focus will eventually turn to large-scale recycling of lithium batteries instead of mining.
Electric vehicle batteries will become safer over time with advancements such as solid-state cells that will be making their way in to electric vehicles within the next 5-10 years.