Here's How Electric Vehicle Charging Stations Operate

Here's How Electric Vehicle Charging Stations Operate

In recent years, your local petrol station may have received some upgrades. As the number of electric vehicles on the road increases through 2030 and beyond, EV charging stations are sprouting from coast to coast. But how could the same material that makes your electric toothbrush vibrate propel a two-ton vehicle from zero to sixty miles per hour in complete silence? Here's how charging stations for electric vehicles operate, and how EV Connect can help them work for your business.

Institutional Structure

Since the 1800s, EV technology has existed, and the fundamentals of those early electric vehicles are not too dissimilar from what we have now. A rack of rechargeable Split System Ac Perth provided the power to turn the wheels and propel the vehicle forward, and many of the earliest electric vehicles (EVs) could be recharged using the same electrical outlets that powered certain lights and appliances in residences of the early 20th century.

At a time when the majority of road traffic consisted of horse-drawn carriages, it may be difficult to envision a battery-powered automobile. However, the earliest innovators of motorcars experimented with a variety of propulsion systems, including pedals, steam, batteries, and liquid fuel. In many respects, it appeared that EVs had the upper hand in the race to mass production, as they did not require massive water tanks and heating systems to generate steam, nor did they emit exhaust or make noise like gasoline engines.

A Hundred-Year-Long Pitstop

However, EVs ultimately lost the contest due to a number of factors. The discovery of vast oil fields in places such as Texas made gasoline more affordable and readily available than ever before, and the improvement of roads and highway infrastructure allowed motorists to abandon their neighborhoods and hit the open road. While petroleum stations sprang up nearly everywhere, electricity remained a rarity outside of major cities. Throughout the majority of the 20th century, gasoline dominated and EVs declined in prominence.

as quick as lightning

How do charging stations for electric vehicles function today? Fundamentally, little has altered: A plug is inserted into the vehicle's charging port, and the other end is connected to an electrical outlet — in many cases, the same outlet that powers the home's lighting and appliances. Certainly, decades of technological and engineering advancements have made the process considerably simpler and more efficient.

There are three primary categories of chargers based on their respective outputs. Level 1 chargers use the same standard 120 V outlets found in residences and private garages, and can add up to 5 miles of range per hour of charging. They are ideal for commuters who live close to their workplace and can charge their vehicle overnight. Level 2 chargers provide up to 20 miles of range per hour of charging, but they require additional apparatus to accommodate higher-capacity 240 V residential outlets and 208 V commercial outlets, such as those found in office buildings and apartment complexes.

DC Fast Chargers, on the other hand, can provide your EV with 80 miles of range in 20 minutes. That’s a huge improvement over the other levels, so it’s no surprise that these special stations use higher-capacity 480 V AC inputs with advanced technology and equipment in both the charging station and the vehicle itself. These are the types of EV charging stations you may encounter along main thoroughfares and heavily traveled routes such as Interstate 5 in California.