Two trends have shaped the European car market over the past decade: electrification and SUVisation. Recently, they have merged in a new product: the …
The EVs’ carbon footprint is marginally smaller, and even that tiny difference is highly dependant on drivers taking care of their cars and using them for many years. The only realistic advantage is that the pollution moves from cities to power plants. It’s a pretty nice improvement, but it does nothing to ‘save the planet’.
Another advantage is the entire gasoline distribution industry can go away. Tens (hundreds?) of thousands of gas stations in the US alone, with their tanks leaking hazardous chemicals into our groundwater. Trucks and storage facilities in every town. Pipelines and tankers. Middlemen at many layers. Gone.
This is also one of the key strikes against hydrogen. Do you really want to build out an entirely new distribution infrastructure just to keep all those polluters in business?
The EVs’ carbon footprint is marginally smaller, and even that tiny difference is highly dependant on drivers taking care of their cars and using them for many years. The only realistic advantage is that the pollution moves from cities to power plants. It’s a pretty nice improvement, but it does nothing to ‘save the planet’.
Some smaller gasoline cars actually beat out the total impact (production, use, disposal) of oversized electric trucks or SUVs
Another advantage is the entire gasoline distribution industry can go away. Tens (hundreds?) of thousands of gas stations in the US alone, with their tanks leaking hazardous chemicals into our groundwater. Trucks and storage facilities in every town. Pipelines and tankers. Middlemen at many layers. Gone.
This is also one of the key strikes against hydrogen. Do you really want to build out an entirely new distribution infrastructure just to keep all those polluters in business?