Moreover, replacing gas-powered vehicles with electric vehicles in cities could significantly reduce air pollution-related death and illnesses.
The U.S. is making great progress toward fulfilling its GHG emissions reduction targets by supporting more widespread electric car adoption.
We have active transportation such as walking and bicycling and increased expenditures on electrified public transportation.
Concurrently, these efforts assist our state to improve air quality and develop healthier communities, particularly in areas with high levels of traffic-related air pollution.
The EV charging option for public health entails driving electric automobiles to achieve better air.
For starters, asthma episodes would be greatly reduced since the air would be simpler to breathe.
Reduced air pollution would also benefit lung development, emphysema, COPD, and some forms of cancer.
This cleaner air would also be beneficial to cardiovascular health by lowering strokes, heart attacks, and blood clotting disorders.
This is just the beginning to the change. The transition from gasoline to electric vehicles is already underway.
Every year, sales increase fast, and automakers are responding with exciting new electric vehicles.
This, in turn, would reduce the number of deaths caused by heart disease.
It is critical to comprehend the breadth and depth of EV’s advantages.
We can obtain a clear image of what it would take to completely clean up our community’s air.
This is a matter of public health. We must make it a priority to safeguard children, asthmatics, the elderly, and other vulnerable populations from the health risks posed by air pollution.
That is why the government should advocate for a speedy transition of our country’s school bus fleet, passenger vehicles, heavy-duty trucks, and every vehicle on every route to clean, zero-pollution energy.
Electric vehicles require charging facilities and do not utilize fossil fuels.
Although petroleum products are not used to directly fuel vehicles, fossil fuels can be used to power charging stations and electric networks.
Electric cars also employ regenerative braking, in which the engine slows the vehicle by operating in reverse, transferring kinetic energy back into the battery.
This reduces particle pollution from brake dust, which is also beneficial to the environment.
