How To Choose An EV Charger For Your Home? 

After the Government of Canada has set an ambitious federal target of a net-zero emissions future, EV chargers have become a vital part of Canadian transportation. The Canadian Government has set the target of achieving 100% zero-emission vehicles by 2040 by promoting the increase of light-duty vehicle sales.

To fuel your electric vehicle, you should install an efficient EV charging system at home. Wondering which EV charger type would be suitable for your vehicle? We will help you choose the right charger model to ensure it is compatible with your four-wheeler and also suit your living space and personal preferences.

Features of an EV Charger You Should Consider

Before investing in any EV charger for your home, consider the following features and parameters.

1. Single or Dual Port

Some EV charging systems are available with two plugs, allowing simultaneous charging of two vehicles, provided your space has sufficient electrical capacity. Consult your electrical expert or a licensed technician specialised in EV charger installation in Kingston to learn more about your home’s electrical capacities, especially when you have more than one electric vehicle.

2. Connector

Most EVs come with a “J plug” (usually J1772), specifically designed for level 2 and home charging. Most automakers, such as BMW, Volkswagen, and General Motors, use the “CCS” plug type, whereas a few others, like Nissan and Mitsubishi, use the “CHAdeMO” plug.

On the other hand, Tesla owns a proprietary plug, but its EVs can also use the “CHAdeMO” or the “J plug” with appropriate adapters. So, check with your vehicle model and carmaker to determine the appropriate connector for your at-home EV charger.

3. Cord Length

Consider the cord length of your charger to suit your space. EV charger cords are available in multiple sizes and lengths, the most commonly available being 16 feet (5 metres) and 25 feet (7.6 metres). While longer cables offer higher flexibility, especially when you need to park farther away from the charging port, shorter cables are easier to store.

4. Indoor or Outdoor

While many at-home EV chargers can function both inspire and outside, some have restrictions. If you install an outdoor charging station, ensure it is functional in different climatic conditions and well-protected against extreme weather, such as rain, thunderstorms, cold temperatures, snow, etc.

5. Permanent or Portable

Depending on your preferences and needs, choose a charger that is either permanently installed on a wall or needs to be plugged into a dedicated EV charger outlet. The latter type is portable, allowing you to charge your vehicle at other stations.

6. Amperage

While choosing the correct at-home EV charger in Kingston, keep in mind that the higher the amperage, the faster the charging system. Level 2 and home chargers are available in models delivering between 15 and 80-Amps. If your budget permits, try choosing a higher amperage for quick charging, especially if you have a hectic work schedule.

7. Smart Features

Look for additional features and smart connectivity options, such as a WiFi-enabled connection, allowing you to connect and manage your charging through a mobile app. It saves your charging costs and lets you set convenient charging schedules and reminders. Some home EV chargers are designed to connect to the Internet, enabling drivers to start, pause, and monitor their charging via a smartphone application.

8. Safety and Reliability

Choose a secured EV charger that provides safety features to assure you of a safe and reliable charging experience. Check whether the charger has proper safety and security certifications, ensuring energy efficiency when the charger is not in use and minimising your energy bills.

In a nutshell, consider the above parameters and factors while purchasing an EV charger for your home. Consult a licensed electrician for EV charger installation in Kingston to maximise results and install a safe charging station. Together, let’s achieve the Canadian Government’s initiative towards making a net-zero emissions future.

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