What is EV Charging & How does it Work?

Factors that Affect EV Charging

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Knowing the factors that affect EV charging is critical to optimizing the charging experience and ensuring efficient and reliable EV charging. The following are the main factors affecting EV charging:

Charging speed and power level:
Charging speed depends on the power level of the charging station and the charging capacity of the vehicle. Level 1 charges slowly, and Level 2 charges faster. Higher-power charging stations can provide more power to the vehicle, reducing charging time.

Charging infrastructure:
The availability and accessibility of charging infrastructure play an important role in EV charging. The expansion of charging infrastructure ensures EV owners have enough options to charge their vehicles, reducing range anxiety.

Grid capacity:
The capacity of the local grid affects charging availability and charging speed. For example, in areas with limited grid capacity, multiple high-power chargers operating simultaneously may result in slower charging. Upgrading grid infrastructure to handle growing EV charging demands is a must for an optimal charging experience.

Power demand and charging time:
The overall electricity demand in a given area can affect the speed at which EVs can be charged. Charging during periods of peak electricity usage, such as peak hours, may result in slower charging. Charging during off-peak hours, when electricity demand is lower, may provide faster charging and may be more cost-effective.

By considering these factors, EV owners can make informed decisions about when and where to charge their vehicles to optimize charging speed, efficiency, and the overall charging experience. Additionally, advancements in charging technology and infrastructure continue to be made to address these factors and enhance the EV charging ecosystem.

EVs are better for the environment

The &#;end of oil&#; is closer than people think. Fossil fuels &#; including gasoline &#; are not permanent resources. And fossil fuel consumption produces smog, greenhouse gases, and other pollutants harmful to human health.

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All battery-electric vehicles (BEVs) produce zero local emissions. And because PHEVs and HEVs are more efficient than gasoline-only powered vehicles, they produce much less tailpipe emissions, even when running only on gasoline.

There&#;s a common misconception that the production of electric vehicles &#; and the energy electricity generated to charge them &#; creates as much harmful pollutants as gas powered vehicles. That&#;s simply not true. Electric vehicle emissions are lower. And the grids that power them continue to increase their sourcing from renewable energies, electric vehicles will continue to get cleaner. On our end, EVgo powers all of our chargers with 100% renewable electricity from wind and solar.

NOTE: The Union of Concerned Scientists has an excellent visual graph to show the estimated emissions for various areas across the US &#; some with over 100MPGe!

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