A Beginner&#;s Guide to Electric Cars: How to choose the right home charging station?

Congratulations! You&#;ve made up your mind about buying an electric car. Now comes the part that&#;s specific to electric vehicles (EV)s: choosing a home charging station. This can seem complicated, but we&#;re here to help!

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With electric cars, the process of charging at home looks like this: you arrive home; hit the car&#;s charging port release button; step out of the car; grab the cable from your (soon-to-be) new home charging station a few feet away and plug it in the car&#;s charging port. You can now go inside and enjoy the coziness of your home as your vehicle completes a charging session in tranquility. Tad-ah! Who ever said electric cars were complicated?

Now, if you&#;ve read our Beginner&#;s Guide to Electric Cars: How to charge at home, you're now up to speed about the benefits of equipping your home with a level 2 charging station. There are different models and features to pick from, so we&#;ve prepared this handy guide to help you choose the right home charging station.

Before you start, here&#;s a fun fact that will make it easier to find the perfect home charging station to match your new vehicle:

In North America, every electric vehicle (EV) uses the same plug for level 2 charging. The only exception is Tesla cars which come with an adapter.

Otherwise, whether you chose to drive Audi, Chevrolet, Hyundai, Jaguar, Kia, Nissan, Porsche, Toyota, Volvo, and so on, electric cars sold in North America use the same plug&#;the SAE J plug to be exact&#;to charge at home with a level 2 charging station. You can learn more about this in our guide How To Charge Your Electric Car With Charging Stations.

Phew! You can now be sure that any level 2 charging station you pick will be compatible with your new electric car. Now, let&#;s get started with choosing the right home charging station, shall we?

Choosing where to put your home charging station

1. Where do you park?

First, think about your parking space. Do you usually park your electric car outdoors or in your garage?

The main reason why this is important is that not all home charging stations are weather-proof. Among the units that are weather-proof, their levels of resistance will also vary depending on how extreme the climate is.

So, if you live in a region that exposes your EV to icy winter conditions, heavy rain or strong heat for example, make sure to choose a home charging station that can handle these types of extreme weather conditions.

This information can be found in the specifications and details section of each home charging station displayed in our store.

On the topic of extreme weather, choosing a home charging station with a flexible cable is the best option to manipulate it in colder climates.

2. Where will you install your home charging station?

Speaking of cables, when choosing a home charging station; pay attention to the length of the cable that comes with it. Each level 2 charging station has a cable that varies in length from one unit to another. With your parking space in mind, zoom in to the exact location where you plan on installing the level 2 charging station to make sure that the cable will be long enough to reach your electric car&#;s port!

For example, the home charging stations available in our online store have cables that range from 12 ft to 25 ft. Our recommendation is to choose a unit with a cable that is at at least 18 ft long. If that length isn&#;t sufficient, look for home charging stations with a 25 ft cable.

Cable for two, please?

If you have more than one EV to charge (lucky you!), there are mainly two options. First, you could get a dual charging station. These can charge two vehicles simultaneously and need to be installed somewhere where the cables can plug into both electric cars at the same time. The other option would be to purchase two smart charging stations (more on that later) and install them on a single circuit and link them. Although this gives you more flexibility with the installation, this option is generally more expensive.

Matching your home charging station to your lifestyle

3. How nomadic are you?

If you tend to head over to your cottage on a weekly basis, or have a career that requires you to move often, you might choose a portable charging station, rather than a unit that is hard-wired and permanently-mounted.

Here are the differences between the two:

1. Hard-wired and permanently-mounted:

Here, the home charging station is connected directly to the electrical panel with a wire. The installation of these units is often considered cleaner and are best for EV drivers that have a sedentary lifestyle. They also have the advantage of being much more difficult to steal, since someone would need to cut a live 240-volt wire to remove it.

2. Portable:

These simply hang on the wall and plug into a 240-volt receptacle. With these, pay attention to the plug the portable charging station comes with&#;it will usually either be a NEMA 14-50P (a common outlet for electric stoves) or a NEMA 6-50P (a common outlet for welder plugs). Make sure it&#;s compatible with the wall receptacle. Some homes already have a 240-volt receptacle where the station will be installed, which makes it easy to match! If you don&#;t already have a 240-volt outlet, you can have an electrician install whichever matches the plug you purchase.

4. Which home charging station will charge your electric car the fastest?

Finding out which home charging station offers the fastest charging speed is a popular topic among new EV drivers. Hey, we get it: Time is precious and valuable.

So let&#;s cut to the chase&#;there&#;s no time to lose!

In short, no matter which model you choose, the selection of level 2 charging stations available on our online store and in general, across North America, can charge a full EV battery overnight.

However, EV charging time is dependent on a host of variables such as:

• Your EV&#;s battery size: the bigger it is, the longer it will take to charge.
• Your home charging station&#;s max power capacity: even if the vehicle on-board charger can accept a high power, if the home charging station can only output less, it will not charge the vehicle as fast as it can.
• Your EV&#;s on board charger power capacity: it can only accept a maximum power intake on 120V and 240V. If the charger can supply more, the vehicle will limit the charging power and affect the time to charge
• Environmental factors: a very cold or very hot battery can limit the max power intake and thus affect charging time.

Among these variables, the charging time of an electric car comes down to the following two: the power source and the vehicle's on board charger capacity.

1. Power source: As mentioned in our handy resource A Beginner&#;s Guide to Electric Cars, you can plug in your EV to a regular household plug. These give 120-volt and can take over 24 hours to deliver a full battery charge. Now, with a level 2 charging station, we increase the power source to 240-volt, which can deliver a full battery charge in four to nine hours.
2. EV on board charger capacity: The cable that you plug into an electric car directs the power source of electricity to the EV charger in the car that converts the AC electricity from the wall into DC to charge the battery.

If you&#;re a numbers person, here&#;s the formula for charging time: total charging time = kWh ÷ kW.

Meaning, if an electric car has a 10-kW on board charger and a 100-kWh battery, you can expect it to take 10 hours to charge a fully depleted battery.

This also means that even if you equip your home with one of the most powerful level 2 charging stations&#;such as one that can provide 9.6 kW&#;most electric cars won&#;t charge any faster.

5. What else can a home charging station do for you?

Some level 2 charging stations are &#;smart&#; and can be controlled remotely with an app on your over WiFi or Bluetooth. These smart home charging stations don&#;t charge any faster, but they do offer perks, such as access control or data monitoring. If those interest you, check which smart features are offered by a specific home charging station before buying it.

One thing to keep in mind: Most EVs have their own smartphone app which can do some or all of these smart features, so we recommend you start by checking what your electric car already offers to make sure you don&#;t pay twice for the something you might already have.

Final aspects to choose the right home charging station

1. Cable management: Certain models include a holster or a hook to hold the cable and connector. This keeps them out of harm&#;s way and avoids additional clutter in the garage.
2. Locking mechanism: If you plan on installing a portable home charging station outside, make sure you can lock both the unit and the non-EV connector cable. This will help prevent theft and children or animals playing with the 240 V outlet. A simple step that can save you a lot of trouble!
3. Size and appearance: Although this comes down to personal preference, make sure to consider the weight of the station if it&#;s portable. Keep in mind that while you may like a design, it's important not to prioritize the aesthetic appearance at the expense of key features that better match your lifestyle.

Ready to choose the right home charging station?

If you answered each question in this guide, you have everything you need to choose the right home charging station. Browse level 2 charging stations available in our online store and find you match or compare them here.

Get started with EV home charging&#;it&#;s electrifying!

Once that&#;s done, download the ChargeHub app for your weekend getaways. You&#;ll be able to Go EVerywhere with your electric car.

*Some illustrations in this guide contain designs created by pch.vector from freepik.com.

Which EV charging cable do I need?

Choosing the right charging cable can be challenging. There is a diverse range of charging cables available for electric cars, and they differ in many ways. What are the differences between mode 1, 2, 3, and 4? Do you need 16 or 32 amperes, single-phase or three-phase, type 1 charging cable or type 2 charging cable? A Mennekes charging cable or a Yakazi charging cable? It can be confusing and overwhelming. In this blog, we will explain everything you need to know before choosing a charging cable for your car. First, we will discuss the types of charging cables available, then we will provide an explanation of the different types of charging cables, followed by an explanation of single-phase or three-phase charging and the ampere level. Finally, we will tell you about the charging cables we offer and where you can purchase them.

Rather watch a video? Check it out on our YouTube Channel!

Mode 1

Mode 1 is not safe for electric cars. Mode 1 means that you connect your electric car to a household socket with a normal plug. As a result there is no communication between the electric car and the charging point, which is dangerous. For example, you could blow your fuses or the cables could get too hot. You have to pay very close attention, otherwise you risk a fire. Therefore, charging your electric car at home is only safe when you use a Mode 2 charging cable, because it has a safety integration in the cable.

Mode 2

Check our mode 2 charging cable

With a Mode 2 cable you can charge your electric car at home in a household socket. You connect one side of the cable to the electric car and the regular plug on the other side to the household socket In the middle you&#;ll find an IC-CPD, which stands for: &#;In-Cable Control and Protection Device&#;. This device ensures that charging is completely safe. But keep in mind; the Mode 2 cable is mainly used as an emergency solution, since charging your electric car to your wall outlet takes a long time

Mode 3

Check our mode 3 charging cables

Mode 3 charging cables are the most commonly used charging cables. This charging cable connects your electric car to charging stations that you find along the road at your office, in garages and at homes. Just like the Mode 2 cable these chargers come with an integrated IC-CPD (In-Cable Control and Protection Device), making sure that charging is done safely and reliably. Mode 3 charging cables come in two different types Type 1 (Yakazi) and Type 2 (Mennekes). The differences between these types will be explained in the next chapter.

Mode 4

The Mode 4 system is used at road side fast chargers. It is integrated in the charging station. Mode 4 cables cannot be purchased separately.

In short; Mode 2 and 3 cables are the only choices you have when it comes to choosing a charging cable. Mode 3 is the BEST CHOICE for standard use, Mode 2 as emergency cable.

MODE 3: SHOULD I BUY A TYPE 1 OR TYPE 2 CABLE?

When we talk about types in charging cables, we are talking about the design of the plugs/connectors on the vehicle side. There are two types of connectors:

Mode 3 charging cables come in two different types:

Type 1 to 2 charging cable

The type 1 charging cable, also known as the Yakazi charger, was mainly developed for Japan, China and America, which is why this connection can sometimes be seen on models from these countries. Type 1 to 2 charging cable has a 5-pin version on the charging side of the car and a 7-pin version on the contact side

5-pin design on the vehicle side

7 pin design on the contact side.

7 pin design on the vehicle side.

7 pin design on the contact side.

Type 2 to 2 charging cable

This is the most common charging cable, especially in Europe where it has become the standard. The type 2 charging cable, also known as the Mennekes cable, is suitable for 1-phase and 3-phase charging. 3-phase charging is much faster, but car compatibility depends on the model.

Type 2 plug has a 7-pin version on the charging side of the car and on the contact side.

Type 2 to 2 charging cable

This is the most common charging cable, especially in Europe where it has become the standard. The type 2 charging cable, also known as the Mennekes cable, is suitable for 1-phase and 3-phase charging. 3-phase charging is much faster, but car compatibility depends on the model.

Type 2 plug has a 7-pin version on the charging side of the car and on the contact side.

7 pin design on the contact side.

7 pin design on the contact side.

DO I NEED 16 OR 32 AMPERE?

You can choose between a 16 amp and 32 amp charging cable. The higher the amp, the faster your car charges. It is important to know the maximum charging capacity of the car and the charging station. If you do not know the maximum charging capacity of your electric car, consult the car manual of your electric car or ask your dealer. Every electric car can charge with a 16 amp charging cable. However, if your car can also be charged with a 32 amp charging cable, you do not use the maximum charging capacity. The main advantage of a 32 amp charger compared to a 16 amp charger is that a car can be charged much faster with a 32 amp charger.

SHOULD I BUY A SINGLE PHASE OF A 3-PHASE CABLE??

Both sockets and charging stations work with alternating current, but the battery of an electric car works with direct current. Therefore, electric cars are built with an inverter (onboard charger). Your car may not be suitable for 3-phase charging. If you do charge with a 3-phase connection, your car will charge with a maximum of 1/3 of the charging capacity of the post. So it depends on which electrical system the electric car has.

OUR MODE 3 CHARGING CABLES

In total we offer 6 different charging cables, two different kinds of Type 1 cables and 4 different kinds of Type 2 cables.

You will get efficient and thoughtful service from FSW.

Modus 3 &#; Type 1 to 2 (Yakazi)

The Yakazi charger is available in 16 amps (ECC-) and 32 amps (ECC-). To choose between these two cables, you only have to pay know to the maximum charging capacity of your car.

Our mode 3 type 1 to type 2 cables

CHARGING CABLE

Charging Cable Length [m]

Phases

Plug Type

Output [kW]

Max. charging current [A]

Rated Voltage [V]

Wire cross-section [mm2]

Charge mode

Protection Type (IP Code)

Temperature range (C)

ECC-

5

1

Type 1 to type 2

3.7

16

250

3×2.5 + 2×0.5

3

IP55

-30 to +50

ECC-

5

1

Type 1 to type 2

7.4

32

250

3×6 + 2×0.5

3

IP55

-30 to +50

Modus 3 &#; Type 2 to 2 (Mennekes).

The Mennekes cable is available in four types of cables. Two kinds of cables for a single phase connection (16 and 32 amps) and a 3-phase connect ion (16 and 32 amps). In addition to knowing the maximum charging capacity of the car, it is also important to know whether you can use 1-phase charging or 3-phase charging. Based on this information you can choose between different cables:

1. Choose ECC- if you have to use single phase charging and can charge up to 16 amps;

2. Choose ECC- if you need to use single phase and can charge to more than 16 amps.

3. Choose ECC- if you have to use 3-phase charging and can charge up to 16 amps;

4. Choose ECC- if you need to use 3-phase charging and can charge to more than 16 amps.

Our mode 3 type 2 to type 2 cables

CHARGING CABLE

Charging Cable Length [m]

Phases

Plug Type

Output [kW]

Max. charging current [A]

Rated Voltage [V]

Wire cross-section [mm2]

Charge mode

Protection Type (IP Code)

Temperature range (C)

ECC-

5

1

Type 2 to type 2

3.7

16

250

3×2.5 + 2×0.5

3

IP55

30 to +50

ECC-

5

1

Type 2 to type 2

7.4

32

250

3×6 + 2×0.5

3

IP55

30 to +50

ECC-

5

3

Type 2 to type 2

11

16

480

5×2.5 + 2×0.5

3

IP55

30 to +50

ECC-

5

3

Type 2 to type 2

22

32

480

5×6 + 2×0.5

3

IP55

30 to +50

Contact us to discuss your requirements of electric vehicle charging cable. Our experienced sales team can help you identify the options that best suit your needs.