What is an EV battery?

EVBs, or electric vehicle batteries, are the rechargeable, energy-dense, lithium-ion power sources inside most electric vehicles. Unlike common batteries used in the ignition and lighting of gas-powered vehicles, EVBs are specifically designed for high power-to-weight ratios – where the battery’s output is divided by the EV’s weight to determine its overall performance. Mazda EVBs are strategically placed below the cabin floor, allowing for more seating and cargo space while also improving driving dynamics by providing a more defined centre of gravity.

What type of charger do I need at home?

Depending on your driving habits, there are two levels of chargers available to use at home.  

Level 1 chargers come with your purchase or lease of a Mazda EV and are designed to charge your vehicle at a rate of 4 to 8 km per hour. These are the simplest to use and plug directly into a standard household outlet.  

For a faster charge at home, you can get a level 2 charger professionally installed to draw power similar to a level 1, but through a 240-volt outlet. Level 2 is designed to charge your EV at a rate of 40 to 80 km per hour.

How often do I need to stop and charge on longer trips?

Every Mazda design begins with you, the driver. So, every journey from short commutes to long road trips are considered in our EV lineup’s capabilities.  

The MX-30 EV is designed to be light weight, avoiding excess with a compact battery that provides up to 161 km of range on a full charge. While it may require charges more often on longer journeys, it is perfectly balanced to deliver impressive zero tailpipe emission performance for the everyday commute.

The CX-90 Plug-In Hybrid will allow you to travel further distances with the added power of an e-Skyactiv engine.

 You can travel up to 42 km using battery power alone,

 or seamlessly switch between battery and combustion to go the distance without having to consistently stop and charge.

What are the potential benefits of owning an EV?

EVs and hybrids offer more than reduced tailpipe CO2 emissions—they can provide exciting and cost-effective options for drivers.

Depending on your location, local rebates and incentives can make the switch to electric more affordable, while charging at off-peak times, like nights or early mornings, can help lower electricity costs. Electric motors generally have fewer moving parts compared to internal combustion engines, which may help reduce maintenance needs. Regenerative braking can also help extend brake pad life, and since fully electric vehicles do not have an internal combustion engine, this eliminates the need for spark plugs, fuel filters, or oil changes associated with traditional gasoline-powered vehicles.

EVs and hybrids are also a thrill to drive. Their electric motors provide instant peak torque for quick acceleration, unlike traditional gas engines.

Are electrified vehicles reliable?

Yes, as they typically use fewer moving parts to operate, parts may be less likely to break down or need replacing. A majority of electric vehicle batteries (EVBs) will be covered under a warranty program. At Mazda, your battery in any BEV, PHEV or MHEV is covered for qualifying repairs under a limited warranty of 8 years or 160,000 km, whichever comes first. See 

How do EVs reduce tailpipe carbon emissions?

EVs offer several potential environmental benefits, primarily due to their zero tailpipe emissions, which reduce CO2 emissions during use. While emissions from production are still a factor, EVs generally have a lower carbon footprint compared to traditional gasoline-powered vehicles.

EVs are designed to be energy efficient, converting more power to the wheels compared to gas engines, which lose energy as heat during combustion. This efficiency helps lower energy consumption, while fewer moving parts can lead to less wear and potentially fewer repairs over time.

If you’re looking for a vehicle with lower tailpipe emissions during operation, an EV could be a suitable choice.

Level 1 Charger

AC 120 Volts

Charge Time: ~ 4-8 KM/HOUR1

This charger is included with your vehicle to deliver power using a dual level charge cord capable of charging at both levels 1 and 2. By simply plugging your vehicle’s charger into a standard household outlet, Level 1 charging is as easy as charging your smartphone. Level 2 charging, however, requires professional installation of a 240-volt outlet.

Level 2 Charger

AC 240 VOLTS

Charge Time: ~ 40-80 km/hour1

Level 2 chargers offer faster charging speeds while still drawing AC power from the grid. These allow owners the convenience of charging quickly and on demand at home or at charging stations on the go. For home use, Level 2 chargers require professional installation of a 240-volt outlet and are dependent on a building’s age and power grid. Consult a professional electrician before installation.
 

Level 3 Charger

DC

CHARGE TIME: ~ 160+ km/hour1

Level 3 chargers are the fastest way to charge your EV. These aren’t typically installed in residential areas because they use DC power, but can be found in public or commercial charging stations in charging networks across Canada.
 

POWER GENERATION

A regenerative-friction brake coordination system generates the maximum amount of energy within the range of how far the driver depresses the brake pedal. Then, the M-Hybrid Boost system activates while idling and at lower speeds to reduce emissions when internal combustion engines aren’t as efficient.

SEAMLESS USER EXPERIENCE

From natural posture seating and enhanced driver displays, to each performance-focused feature within reach, Mazda MHEVs deliver a sense of driving power that remains an extension of you. Seamlessly connect to the world around you to move in a way that suits your sensibilities, with you in full control.  

FULLY INTEGRATED DRIVE SYSTEM

Each part of the MHEV drivetrain was developed in unison to work in harmony with you. The result of a motor placed between the engine and transmission is a seamless transition from EV power to combustion engine performance, providing a high-quality drive from the moment you press the accelerator.

FULLY INTEGRATED DRIVE SYSTEM 

The HEV drivetrain was engineered as a unified system, designed to work effortlessly with the driver. The result of a motor placed between the engine and transmission is a seamless transition from EV power to combustion engine performance, providing a high-quality drive from the moment you press the accelerator.

ENHANCED e-AWD 

Exceptional driving dynamics stem from an innovative electric AWD system. A hybrid platform designed for the CX-50 Hybrid required a unique AWD system to distribute torque between front and rear axles as needed. The result is seamless, intuitive control engineered to offer stress-free and safer driving in different road conditions and powertrain selections

MI-DRIVE MEETS HYBRID 

Craft your driving experience with precision and ease using Mazda intelligent Drive Select (Mi-Drive). Mi-Drive allows the driver to optimize their control and experience based on driving conditions and terrain. Choose Normal mode for everyday driving. Engage Power mode to enhance your vehicle’s strength when towing or during high-performance driving. Select Trail mode for increased control and handling on surfaces which are icy or unpaved. 

THREE WAYS TO JOURNEY

The PHEV is designed to achieve greater environmentally focused performance without compromise. By seamlessly switching between pure electric, hybrid and pure engine driving modes, the PHEV is capable of both short zero tailpipe emission trips and sprawling journeys without the worry.

CHARGE MODE

Charge mode allows the driver to set the level of the PHEV’s battery to a preferred State of Charge (SoC), so that when the battery might fall below that percentage, the engine will automatically activate to charge the battery. While driving above the chosen SoC, the PHEV will continue to operate in standard hybrid drive mode.  

A REGENERATIVE DRIVE

The optimally positioned PHEV battery can be charged by simply plugging it into an external power source. Regenerative braking, however, charges your battery on the go, extending your range while you drive.

WAYS TO CHARGE

The ChargePoint network makes it easier than ever to switch from fuelling to charging. A Level 1 charger that draws power from the grid is included with your EV, while Level 2 chargers can be purchased for professional home installation. ChargePoint offers access to Level 2 and 3 chargers in public for faster charges on the go.

DRIVING DYNAMICS

The all-new, innovative e-Skyactiv EV electrification technology is especially engineered to enhance the human-centric driving dynamics that only a Mazda can produce. This, plus beautifully crafted and harmonized vehicle architecture, provide a smooth, connected and confident drive that puts you in full control of the road ahead.

PERFECTLY BALANCED

The Mazda Vehicle Battery is strategically mounted under the floor and arranged with a thin cooling system to help keep the battery at optimal performance temperatures. Its thoughtful placement also supports the vehicle’s low centre of gravity to create a more grounded and controlled feeling on the road.

CX-50 Hybrid

Seats up to : 5

Combined Power : 219 hp

Torque : 163 ft-lb

Engine : 2.5L Hybrid

Engine :1.59 kWh

CX-70 MILD-HYBRID INLINE 6 TURBO

Seats up to : 5

Combined Power : 280 hp

Torque : 369 ft-lb

Engine : 3.3 Inline 6 Turbo

Engine : 48-Volt Mild Hybrid System

CX-70 PLUG-IN HYBRID

Seats up to : 5

Combined Power : 323 hp

Torque : 369 ft-lb

Engine :2.5 L e-Skyactiv PHEV²

Engine : 17.8 KWh lithium-ion

CX-90 Mild Hybrid Inline 6 Turbo

Seats up to : 8

Combined Power : 280 hp

Torque : 369 ft-lb

Engine : 3.3 Inline 6 Turbo

Engine : 48-Volt Mild Hybrid System

CX-90 PLUG-IN HYBRID

Seats up to : 8

Combined Power : 323 hp

Torque : 369 ft-lb

Engine : 2.5 L e-Skyactiv PHEV

Engine : 17.8 KWh lithium-ion

MX-30 EV

Seats up to : 5

Combined Power : 105kW (141 hp)

Torque : 200 ft-lb

Engine : N/A

Engine : 35.5 KWh lithium-ion