Why You Should Include EV Charging Station In Your Business

Many countries strive to limit the impact of climate change and its effects on the planet. The environment is becoming a significant concern for both government and society. However, many workplaces are now beginning to assess their environmental impact and look for new ways like EV charging station to reduce carbon emissions.

Both individuals as well as businesses, use transport to generate significant amounts of emissions. Today, 70% of all transport-related greenhouse gases are generated by an engine-powered vehicle. That makes electric mobility the most effective solution.

Customers are already switching to electric vehicles (EVs), while businesses are electrifying their fleets. More businesses have installed EV charging stations within their workplaces.

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Carbon footprint

First, let’s examine a company’s carbon footprint before discussing electric mobility’s many benefits. It’s vital to determine the exact location of emissions and how they are measured to calculate each action’s impact.

What is a company’s carbon impact, and how can it improve?

Calculating an organization’s Carbon Footprint and identifying and quantifying its emissions are possible. That gives companies actionable insights that can help them reduce their carbon footprint. Emissions reduction can have direct economic and business benefits and ethical and social considerations. By measuring CO2 emissions, you can identify inefficient or wasteful processes to lower energy bills.

Emissions reduction can be complex, and different industries and companies have diverse carbon sources. Each can be reduced differently.

No matter where you are located, an effective strategy to reduce greenhouse gas emissions is holistic. It includes all aspects of your organization, such as sourcing, resource use, and waste management. In this area, electrification is crucial in reducing vehicle carbon emissions.

The potential for electric mobility to reduce the carbon footprint of work: Fewer CO-emissions for employees

Today, most people commute to work by car. Even in environmentally-conscious countries like the Netherlands, more than 60 per cent of the workforce drives to their workplaces. EU data shows that commutes are an average of 10km (6 mi) long. They can be as far as 64km (40mil) in the US. That is a significant source of greenhouse gas emissions.

Many businesses have a fleet of vehicles. You can use these vehicles either for business travel or transport. These vehicles significantly contribute to an organization’s carbon emissions and can be easily tied back to the company.

While other modes may be less-emission, With EV charging station EVs offer the best option to reduce carbon footprints. EVs can offer more than enough range to allow daily commutes, depending on how it was generated. However, they also emit far fewer greenhouse gases.

Optimize your facility’s energy efficiency

Important sources of business emissions come from their facilities. Germany’s buildings contribute 30% to carbon emissions.

These include heating and electrical use. An essential step in reducing carbon footprint is improving energy efficiency.

The best way to reduce waste and save money is to use less of your resources. That will help you lower your emissions and cost. You can do this by using renewable energy (or creating it yourself), such as solar cells. It is an excellent way to invest long-term and reduce the overall carbon footprint.

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Battery chargers and energy efficient

EV charging stations are available for both electric and non-electric vehicles. Most modern chargers have software that allows the user to access smart functions. It makes charging faster and more efficient.

What does EV Smart Charging do?

Smart charging provides various tools for intelligently managing energy for EV-charging devices. These are just a few examples.

  • Peak shaving: chargers maximize energy and never exceed an imposed current from a grid.
  • Dynamic load balancing permits for easy distribution among vehicles of the available capacity, depending on the business’s needs.

Future technological advancements will allow for EV charging that also provides redundancy in a power outage.

  • V2G, or Vehicle-to-Grid technology, can charge and discharge electric vehicles’ batteries using available grid capacity. It also takes into account the electricity consumed by the business. This technology allows EVs, which act as an external batteries, to store and transmit green energy while also powering the grid.

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FAQs for EV charging and station

Electric mobility was once an unimaginable idea. Nowadays, Electric vehicles have become more popular in the world. The global EV market is expected to grow to 20 million.

As electric vehicles are less popular, many people will switch to EVs. They can drive not only them but also charge them. A charging station for EVs can seem overwhelming compared to simple gasoline pumps or diesel engines.

How does EV charging work?

There are several ways to charge an EV while moving or through a home charging station. Although the exact process will vary depending on where you are charging your EV, it is generally identical.

Identify yourself at the charging station. That can be done using a mobile phone app, RFID tag, or card—even a contactless card for credit or debit.

To use the station, insert the charging cord into your vehicle. Some stations have built-in cables that you can plug straight into your vehicle.


Once you have charged the device, you can terminate it. It depends on how you started it.

However, manual authentication is likely to become obsolete. The Plug & Charge international specification is a communication interface that allows charging stations to recognize and identify vehicles. Plug and Charge automate the payment process. For charging to begin, users only need to plug the car in.

What’s the cost of charging an electric car?

Your electric bill will only charge you for your EV’s electricity when it charges through your home network. The price of charging public outlets depends on which mobility provider you use. Often, charging fees are added to monthly bills based either on a subscription contract or a subscription. Some cases can also be paid by card.

What powers are an EV charging station?

AC power powers the electric grids. That means that electric currents are controlled by AC power and can change direction or alternately at a given rate per second. However, a direct current flows with a fixed rate.

Although you can find EV chargers in many forms and sizes, their crucial distinction is whether or not they provide direct current or alternating current.

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AC vs DC electricity

All batteries store DC power, even EVs or AA batteries. AC that comes from the grid must be converted. It doesn’t matter whether or not it happens. But, how it happens makes the difference between AC and Dc chargers.

AC chargers are most frequently used. These charges are the slowest and most infrequently used—the AC charger converts within the vehicle. In most cases, it can process between 11 kWh and 22 kWh.

DC charging occurs when electricity is converted by the charging stations from AC into DC before it reaches its destination. The charging station converts AC from DC, bypassing the car’s slower transformation. That makes the charger’s output much higher, at 350 kWh. It takes only minutes to charge an EV with a DC charging charger. It is in contrast to several hours. DC charging infrastructure is bulky and expensive, so it’s inappropriate for most residential, commercial, or municipal environments.

How long does your car’s battery charge take?

The battery size is a significant factor that affects the charging time. A larger battery takes longer to charge than an equivalent fuel tank.

The battery’s current charge status can also be an important factor in determining the charging times for an electric vehicle. However, as they reach 100%, charging power and speed will be significantly reduced.

Charge a car up to 70% complete in just a few minutes. But it will take considerably longer to charge the car from 70% to 100%.

Charge times are affected by factors other than the battery capacity and the state of Charge. There are many EVs available with different charging capacities. Some EVs can charge 350 kWh quickly, while others can charge from 100 kWh to 150 kWh. AC charging at a slower speed is similar. Although 22 kWh theoretically is the maximum charge power, many cars can use 7.4 or 11kWh.

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EV charging station charger types

The charging power of the charger is directly related to its ability. There are three types.

· Level1 chargers, which are the most common but slowest of all types, are the most widespread. They can be connected via a home wall outlet to deliver as much as 2 kWh per hour, which gives them an approximate range of 6-8 km.

· Level2 chargers work faster but need professional installation. They are the most widely used type in residential, public, and commercial settings. Most level 2 chargers offer 7.4 kWh-11.1 kWh. Some chargers are capable of providing up to 22 kWh. These chargers can charge at speeds between 40 km and 60 km and 120 kilometers per hour.

· Level-3 chargers also go by DC (or fast chargers). They provide the highest charging speed and power. These chargers are costly and require heavy converters. A charger rated at level 3 may provide 350 kWh of power, but the most common outputs for EVs are 50 kWh or 125kWh. These rates can charge most EVs in less time than an hour. Sometimes, you can even charge your EV in just a few minutes.

What is the cost of charging an electric vehicle?

EVs have to charge quickly, and so does the cost. Prices can vary depending on where the customer is located, the tariff they use, and the battery size.

How often do your electric cars need to be charged?

Many EV drivers are wondering how often they will have to charge their cars. That is compared to a gasoline- or diesel car, which requires refueling every few weeks. It depends on your driving habits and car’s range, just like the other questions.

Is it necessary to charge an electric car every night?

It depends on how you answer that question. It is not true if you consider the driving habits and increasing range of EVs.

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The range of electric cars

Current EVs have a range of around 320km on a full charge. While ranges are subject to change, similar driving distances can differ between countries. The EU’s short-trip urban average is 43km. It places it within the vast majority of EVs’ range. Assuming these average figures, an EV will need to be charged roughly once per week. You will need to plug it in more often if you are driving more or your car’s range is lower. An EV will last several days before needing to be charged.

Where can my electric car be charged?

Driving an EV will be a completely new experience. That is due to the many possible charging spots. Many places can be charged with electricity, as it is almost always on-hand.

EVs offer the convenience of charging at their home station every morning. Our Mobility Monitor report states that 64% of electric vehicle drivers charge their vehicles at home. The third most common charging spot is at the office, where 34% charge at work. Another 31% charge regular parking fees in public and commercial spaces. 29% of gas stations are subject to charges. 26% also charge regular fees at supermarkets, and 22% at department stores and shopping malls.

As can be seen, the most significant benefit of EVs is their adaptability. They can be adapted to your life, vehicle usage, and other requirements.

How much maintenance do EV chargers need?

If you are looking to buy an EV charger, the first question is: How much maintenance do they need? In the majority of cases, it is deficient.

It is necessary to inspect the cables, plugs, and connectors for damage. These chargers will last many years when used correctly. The requirements for public-accessible level 2 and 3 EV charging stations vary depending on their use.

Different maintenance requirements exist for public accessible levels 2, 3, and 4 charging stations. That depends on the location and their usage.

Electric mobility is a big decision. You will need to change how you live. Although charging an EV might be more complicated than refueling an ICE, it is possible to adapt your lifestyle with EV charging station.

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