LIVING ELECTRIC.
ELECTRIC LIVING.
ELECTRIC OWNERSHIP.
Owning an electric car offers numerous benefits that make it a compelling choice for many drivers. Whilst driving, electric cars produce zero CO₂ emissions and can contribute in lowering running costs. With the ever increasing charging infrastructure, driving an electric car has become more convenient than ever before.
ELECTRIC RANGE.
With all cars, erratic acceleration and hard braking can negatively impact the efficiency and scope of that vehicle. Electric vehicles perform differently in real-life conditions, but certain factors can assist to maximise the driving range for smooth and worry-free driving. The electric driving range refers to the predicted distance an electric vehicle can travel on a single charge of its battery. Thanks to advances in technology, battery efficiency has significantly improved making daily commuting, running errands and long journeys easier than ever before.
ELECTRIC RANGE.
With all cars, erratic acceleration and hard braking can negatively impact the efficiency and scope of that vehicle. Electric vehicles perform differently in real-life conditions, but certain factors can assist to maximise the driving range for smooth and worry-free driving. The electric driving range refers to the predicted distance an electric vehicle can travel on a single charge of its battery. Thanks to advances in technology, battery efficiency has significantly improved making daily commuting, running errands and long journeys easier than ever before.
Temperature
Milder conditions and parking in shade will contribute to maintaining a steady range where extreme temperatures, both hot and cold, can affect the performance and efficiency of a battery, ultimately reducing the range.
Driving style
Adopting an efficient driving style, smooth acceleration and braking, all contribute to energy efficient driving. Whereas aggressive driving habits, high speeds and hard braking will significantly inhibit the range.
Pre-conditioning
Using the My BMW App, pre-conditioning while charging prior to setting off on a trip optimises the battery for improved range and helps maintain optimal battery performance. You can also pre-set the cabin to the ideal temperature using pre-conditioning.
ELECTRIC RANGE.
With all cars, erratic acceleration and hard braking can negatively impact the efficiency and scope of that vehicle. Electric vehicles perform differently in real-life conditions, but certain factors can assist to maximise the driving range for smooth and worry-free driving. The electric driving range refers to the predicted distance an electric vehicle can travel on a single charge of its battery. Thanks to advances in technology, battery efficiency has significantly improved making daily commuting, running errands and long journeys easier than ever before.
Temperature
Milder conditions and parking in shade will contribute to maintaining a steady range where extreme temperatures, both hot and cold can affect the performance and efficiency of a battery, ultimately reducing the range.
Driving style
Adopting an efficient driving style, smooth acceleration and braking all contribute to energy efficient driving. Whereas aggressive driving habits, high speeds and hard braking will significantly inhibit the range.
Pre-conditioning
Using the My BMW App, pre-conditioning while charging prior to setting off on a trip optimises the battery for improved range and helps maintain optimal battery performance. You can also pre-set the cabin to the ideal temperature using pre-conditioning.
Pure electric range for iX3 M Sport Pro
458-463km1
Public charging time
10-80% from 31 minutes (DC charging speed at a high-speed public charging station)2,3
CO₂ emissions for iX3
0g/km when driving
1These figures were obtained after the battery had been fully charged. The BMW iX3 is a battery electric vehicle requiring mains electricity for charging. Whilst we recommend the battery for the iX3 is charged to 80% to help optimise the health and life of your battery, the electric range figure shown is the WLTP figure after the battery had been fully charged to 100%. WLTP figures are shown for comparability purposes. Only compare fuel consumption, CO₂ and electric range figures with other cars tested to the same technical procedures. These figures may not reflect real life driving results, which will depend upon a number of factors including the starting charge of the battery, accessories fitted (post registration), variations in weather, driving styles and vehicle load. WLTP has been used as the applicable CO₂ figure from 1 January 2024 for Vehicle Registration Tax (VRT).
2Dependent on the local electricity infrastructure. Charging time corresponds to a charge of 80% of maximum capacity and based on a single-phase supply current of max 32A.
3High Speed public charging stations are currently available in limited numbers in the UK, most commonly found in high traffic areas such as motorways. Availability continues to grow and more information of charger locations and type can be found here p
ELECTRIC EVERYDAY.
Day to day drives such as commuting and local errands are ideal in an electric vehicle, as the car has plenty of range to complete the journeys required. However, if a top-up charge is needed, commonly visited locations like supermarkets, work places and public car parks have an ever growing network of public charging points. Electric vehicles are highly efficient in stop and go situations like town driving. When braking or decelerating, the electric motor converts the kinetic energy into electricity which is then stored in the battery, this helps to maximise the range.
ELECTRIC EVERYDAY.
Day to day drives such as commuting and local errands are ideal in an electric vehicle, as the car has plenty of range to complete the journeys required. However, if a top-up charge is needed, commonly visited locations like supermarkets, work places and public car parks have an ever growing network of public charging points. Electric vehicles are highly efficient in stop and go situations like town driving. When braking or decelerating, the electric motor converts the kinetic energy into electricity which is then stored in the battery, this helps to maximise the range.
1These figures were obtained after the battery had been fully charged. The BMW iX3 is a battery electric vehicle requiring mains electricity for charging. Whilst we recommend the battery for the iX3 is charged to 80% to help optimise the health and life of your battery, the electric range figure shown is the WLTP figure after the battery had been fully charged to 100%. WLTP figures are shown for comparability purposes. Only compare fuel consumption, CO₂ and electric range figures with other cars tested to the same technical procedures. These figures may not reflect real life driving results, which will depend upon a number of factors including the starting charge of the battery, accessories fitted (post registration), variations in weather, driving styles and vehicle load.
2BMW iX3 range is 288 miles. Actual range depends on a number of factors including starting charge level, ambient temperature, age and condition of the battery, use of auxiliary devices and charging point capacity.
CARDIFF CITY TRIP
25 miles
No Charge Required
Trips around town are ideal in the BMW iX3 as they are comfortably within the vehicles range therefore no public charging would be required. The vehicle can be charged at home beforehand if there is no convenient charging location nearby.1,2
Add Caveat here
TRAVELLING AFAR.
For longer trips, journey planning is an intrinsic part of driving an electric vehicle and will help make every journey stress free. Planning your trip using the My BMW App will choose the best route with available charging stations, at convenient intervals. It will also advise whether the chargers are in use and the cost of charging. Opting to stop at a high speed charging station, where charging times can be as low as 31 minutes1,2, means you can quickly be back on the road.
OXFORD TO NORTHUMBERLAND DISTANCE
284 miles
1 Charge Stop Required
3Drive to Northumberland from Oxford in the BMW iX3. By setting off with a fully charged vehicle this journey is likely to only require one stop along the way. This route shows a charge stop in Wetherby, West Yorkshire after 170 miles.
A rapid charging infrastructure is available along many main travel routes, at Service stations for example, which makes charging straightforward.
My BMW App and vehicle maps supports you in planning your journey and finding suitable locations to stop and charge if needed.1,2
1These figures were obtained after the battery had been fully charged. The BMW iX3 is a battery electric vehicle requiring mains electricity for charging. Whilst we recommend the battery for the iX3 is charged to 80% to help optimise the health and life of your battery, the electric range figure shown is the WLTP figure after the battery had been fully charged to 100%. WLTP figures are shown for comparability purposes. Only compare fuel consumption, CO₂ and electric range figures with other cars tested to the same technical procedures. These figures may not reflect real life driving results, which will depend upon a number of factors including the starting charge of the battery, accessories fitted (post registration), variations in weather, driving styles and vehicle load.
2BMW iX3 range is up to 288 miles. Actual range depends on a number of factors including starting charge level, ambient temperature, age and condition of the battery, use of auxiliary devices and charging point capacity.
OXFORD TO NORTHUMBERLAND
288 miles
1 Charge Stop Required
Drive to Northumberland from Oxford in the BMW iX3. By setting off with a fully charged vehicle this journey is likely to only require one stop along the way. This route shows a charge stop in Wetherby, West Yorkshire after 170 miles.
A rapid charging infrastructure is available along many main travel routes, at Service stations for example, which makes charging straightforward.
My BMW App and vehicle maps supports you in planning your journey and finding suitable locations to stop and charge if needed.1,2
1These figures were obtained after the battery had been fully charged. The BMW iX3 is a battery electric vehicle requiring mains electricity for charging. Whilst we recommend the battery for the iX3 is charged to 80% to help optimise the health and life of your battery, the electric range figure shown is the WLTP figure after the battery had been fully charged to 100%. WLTP figures are shown for comparability purposes. Only compare fuel consumption, CO₂ and electric range figures with other cars tested to the same technical procedures. These figures may not reflect real life driving results, which will depend upon a number of factors including the starting charge of the battery, accessories fitted (post registration), variations in weather, driving styles and vehicle load.
2BMW iX3 range is up to 288 miles. Actual range depends on a number of factors including starting charge level, ambient temperature, age and condition of the battery, use of auxiliary devices and charging point capacity.
CHARGE ELECTRIC.
With advancements in technology, charging a car is becoming more convenient, efficient and accessible. The charging infrastructure is continuously expanding to meet the growing demand for the transition to electric mobility. Tools such as in-car navigation and smartphone apps, such as My BMW App, help locate available charging stations, advise charging speeds and costs.
TRAVELLING AFAR.
For longer trips, journey planning is an intrinsic part of driving an electric vehicle and will help make every journey stress free. Planning your trip using the My BMW App will choose the best route with available charging stations, at convenient intervals. It will also advise whether the chargers are in use and the cost of charging. Opting to stop at a high speed charging station, where charging times can be as low as 31 minutes1,2, means you can quickly be back on the road.
1Minimum charging time at Wallbox and Flexible Fast Charger with 11kW (maximum charging capacity of the car at AC charging - 22kW), supply voltage 400V, current 16A (3-phase), applies to all EU 28 countries. The charging times shown were achieved under optimum testing conditions with a new battery, an ambient temperature of 23°C and following a prior journey. Actual times may be longer and depend on a number of factors, including starting charge level, ambient temperature, age and condition of the battery, use of auxiliary devices, charging point capacity.
2High Speed public charging stations are currently available in limited numbers in the UK, most commonly found in high traffic areas such as motorways. Availability continues to grow and more information of charger locations and type can be found here p
CHARGE ELECTRIC.
With advancements in technology, charging a car is becoming more convenient, efficient and accessible. The charging infrastructure is continuously expanding to meet the growing demand for the transition to electric mobility. Tools such as in-car navigation and smartphone apps, such as My BMW App, help locate available charging stations, advise charging speeds and costs.
HOME CHARGING.
By installing a home wallbox, electric vehicle owners can conveniently charge whenever it suits them best. BMW's preferred home charging partner, Pod Point, install safe Wi-Fi enabled models offering 3.5kW, 7kW and 22kW options.
PUBLIC CHARGING.
These stations are typically located in public areas and offer various charging speeds. BMW Charging brings together one of the largest partner charging networks in Europe under one card and the My BMW App.
MY BMW APP.
Receive useful information on charging status, journey planning, available range, costs, charging duration or the nearest charging point on your smartphone with My BMW App.
HOME CHARGING.
By installing a home charging wallbox, electric vehicle owners can conveniently charge whenever it suits them best. BMW's preferred home charging partner, Pod Point, install safe Wi-Fi enabled home chargers with models offering 3.5kW, 7kW and 22kW options.
PUBLIC CHARGING.
These stations are typically located in public areas and offer various charging speeds. BMW Charging brings together one of the largest partner charging networks in Europe under one card and the My BMW App.
MY BMW APP.
Find the information you need on charging status, available range, costs, charging duration or the nearest charging point at a glance on your smartphone via the My BMW App.
ELECTRIC SERVICING.
BMW Service Inclusive makes it easy and simple to cover your servicing needs at a fixed cost. The car's intuitive monitoring system ensures your BMW only requests attention when needed. BMW Proactive Care offers maximum peace of mind by automatically detecting whether a service, maintenance or repair is required for your vehicle and advises you directly.
YOUR QUESTIONS.
YOUR QUESTIONS.
1. How do electric cars work?
An electric car is a vehicle powered by one or more electric motors using electricity stored in batteries. The electric motor converts the energy into mechanical power to propel the vehicle, this is boosted by utilising kinetic energy stored during braking that is converted back to electricity to recharge the battery.
2. How do I charge an electric car?
Charging typically involves plugging into an electric power source or a wall outlet. There are different types of chargers: Level one is a standard household outlet, Level 2 is for faster charging, using a home charger or public charging station and Level 3 is the fastest, from high-power charging stations.
3. Can you charge an electric car from a home socket?
Yes, using a Level 1 charger. Whilst this is the slowest charging option, it can be convenient for overnight charging. However, using a Level 2 home charging station is faster and more efficient for regular home charging.
4. How much do public electric car chargers cost?
The costs of using public chargers varies depending on the type of charging station, location and charging network. Pricing structures can be pay-per-kilowatt-per-hour or subscription based. Many charging networks provide apps and websites where you can find real time pricing information for their stations.
5. What is the range of an electric car?
The distance an electric car can travel on a single charge varies from model to model and depends on a number of factors such as the battery capacity, driving conditions and speed. Advances in battery technology and design improvements are continuously increasing ranges.
6. Can I charge my electric car in Europe?
As with Ireland, the charging infrastructure is ever expanding across Europe. The BMW Charging Network and BMW Partner IONITY provide a substantial choice of charging points meaning the right type of charging mode and speed will be available whenever you need it.
