Electric Vehicles

Four Types of Electric Vehicles

Understanding Different Types of Electric Powertrains

Consumer interest for electric vehicles has grown considerably in recent years. This isn’t surprising considering rising gas prices, the growing variety of electrified vehicles offered on the market, and the investments made by automakers to develop more efficient electric powertrains with greater range and improved performance. On the other hand, there is a dizzying array of electric options on the market, from fully-electric vehicles to hybrids and plug-in hybrids. Even hydrogen is getting in on the fun. With all of these options available, it can be difficult to pinpoint which type of electric powertrain we need once we’ve made the decision to go electric.

The following breaks down the different types of electric powertrains you will find when shopping for an electrified vehicle. Hopefully, this will help you better understand the options available to you and help you make the right choice for your needs.

Four Types of Electric Vehicles:

Zero-Emission Battery Electric Vehicles (BEVs)

BEVs epitomize the purest form of electric driving experience, relying solely on electric energy stored in onboard batteries to power one or more electric motors. They are devoid of any internal combustion engine, requiring periodic plugging into the electricity grid to replenish the batteries. In simple terms, these vehicles don’t require fuel and they are what we consider fully-electric vehicles.

Key Considerations for BEVs:

Typically, the acquisition cost of a BEV exceeds that of comparable gasoline-run counterparts; however, the economic advantages stemming from reduced fuel consumption and minimal maintenance mitigate the upfront expenditure over time.

There are multiple electric vehicle options on the market and they vary considerably in range. That said, the number of models with over 400 kilometres of available range is extensive. You will also find models with over 500 kilometres of range while others deliver under 200 kilometres.

Installing a home charging station entails an investment ranging from $700 to $2,000, depending on the chosen unit’s capabilities. That said, there are a variety of provincial and local incentives and rebates that can mitigate the cost of installing a home charger. Moreover, some vehicles offer the possibility of charging by directly plugging into a 240-volt outlet and most can charge using a simple 120-volt outlet, although this wouldn’t be recommended as a long-term solution because of the exponential charging time. Most modern electric vehicles will fully charge in 8 to 12 hours using a home charging starting or 240-volt outlet.

Along with home charging, electric vehicle owners can access a growing number of fast charging stations along highways, shopping centres, restaurants, and public and private office buildings. Fast charging stations offer charging at between 50 kW and 350 kW, giving EV owners the opportunity to add significant range in 60 minutes or less.

Fully Electric Vehicles Are Ideal For:

  • Individuals who can charge their vehicle at home.
  • Those looking to maximize their positive environmental impact.
  • Residents of areas with an extensive public charging network.
  • Individuals preferring to avoid gasoline stations entirely.

Hybrid Electric Vehicles (HEVs)

HEVs combine the traditional internal combustion engine with an electric motor and a battery that is usually less than 2.0 kWh. This battery doesn’t have enough energy to power the vehicle on electric energy alone, but it does assist in starting the gas engine, accelerating, and various vehicle functions. The hybrid system doesn’t require plugging into an external power source; instead, the batteries recharge through regenerative braking and the internal combustion engine. Hybrid vehicle owners enjoy lower fuel consumption, usually in the 5.0 l/100 km to 7.0 l/100 km.

Key Considerations for Hybrid Vehicles:

The seamless interplay between electric and gasoline power results in optimized fuel consumption, rendering HEVs a cost-efficient alternative to solely gasoline-powered vehicles.

The vehicle automatically oscillates between electric and gasoline modes, adapting to the driving conditions and ensuring optimal energy utilization.

Hybrid vehicles don’t require charging and they drive and feel like a regular vehicle. Buyers don’t need a charging station nor do they need to worry about range or battery charge level.

Of all the different types of electrified vehicles, hybrid vehicles tend to be the most affordable in comparison with their traditional gas-powered equivalent. On the other hand, hybrid vehicles are rarely eligible for rebates or government incentives.

Hybrid Vehicles Are Ideal For:

  • Individuals who want to consume less fuel, but don’t want to change their driving habits.
  • Buyers who don’t want to have to charge or worry about range.
  • Buyers who want better fuel efficiency without paying more for an EV or PHEV vehicle

Plug-in Hybrid Electric Vehicles (PHEVs)

Plug-in hybrid electric vehicles feature a gas-powered engine, one or more electric motors, and a battery just like a hybrid (HEV) vehicle. However, the battery in a PHEV vehicle has a much larger capacity, usually over 15 kWh. This larger battery has the ability to power the vehicle on electric energy only, thus providing all-electric driving capability to PHEV owners. The smaller battery will provide less range than a fully electric vehicle, usually between 40 and 65 kilometres. Once the battery is depleted, the gas engine takes over. Plug-in hybrid vehicles need to be charged if owners want to use the battery to drive, but they are not depending on charging either and can function as a traditional vehicle thanks to their electric motor.

Key Considerations for PHEVs:

PHEVs cater to a wide array of driving needs, from short daily commutes to long highway travel, ensuring both efficiency and flexibility even in areas with sparse charging infrastructure.

Although the purchase price of PHEVs may be marginally higher, their dual-operation system provides extensive mileage, balancing environmental concerns with practicality.

With most PHEVs offering over 40 kilometres of range, many owners find that their daily commute to work can be accomplished without using any fuel. This can lead to significant fuel cost savings if no fuel is used during the week.

Although not has generous as with fully-electric vehicles, PHEV vehicles do qualify for incentives from the government of Canada and various provincial governments. These vary from a few thousand dollars to $10,000 total in some instances.

Plug-In Hybrid Vehicles Are Ideal For:

  • Individuals who want to experience the benefits of all-electric driving, but don’t want to be completely dependent on charging.
  • Buyers who worry about range and aren’t ready to make the switch to full EV.
  • Buyers who don’t have access to a vast charging infrastructure.
  • Owners who drive a lot in a given year and don’t want to have to plan charging ahead every time.

Fuel-Cell Electric Vehicles (FCEVs)

FCEVs are relatively new and not widely distributed. Geveraging hydrogen fuel cells to generate electricity, they operate as traditional fully-electric vehicles but don’t require charging. Instead, FCEV technology requires owners to fill up their vehicles with hydrogen which has the advantage of being quicker than charging a battery. With their water-based emissions, they are also quite eco-friendly. However, the hydrogen infrastructure in Canada is in its infancy, and fuel-cell vehicles offered by only two manufacturers right now, Hyundai and Toyota, are quite expensive and not widely available.

Key Considerations for FCEVs:

Although there are only two FCEV models on the market in 2023, many automakers are investing in fuel-cell development while various provincial and local governments are considering expansion of the hydrogen infrastructure.

FCEVs, despite their high initial costs and complex hydrogen extraction processes, represent the pinnacle of eco-friendly automotive solutions, promising significant advancements in sustainable transportation.

Fuel-Cell Electric Vehicles Are Ideal For:

  • Individuals who live near hydrogen stations.
  • Buyers who want a truly unique vehicle using a unique technology.

In Conclusion

Understanding the distinctive characteristics, operational dynamics, and suitability of each electric powertrain type is crucial for prospective EV buyers. BEVs are ideal for those seeking a zero-emission, all-electric driving experience and possess home charging facilities. HEVs are apt for individuals without charging access but who desire fuel efficiency. PHEVs offer flexibility and eliminate range anxiety while offering some of the benefits of fully-electric vehicles, while FCEVs use a unique technology that shows a lot of promise which may appeal to certain buyers who live in the right environment for a fuel-cell vehicle. In any case, all of these different powertrains offer something that caters to a specific need.

Cost of Owning an EV

Owning an electric vehicle (EV) may initially require a higher upfront investment, but the long-term savings on fuel and maintenance costs can make it a financially prudent choice.

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