Your unique MINI, Your unique MINI,
REQUEST AN OFFER.
BOOK A TEST DRIVE.
HOW ALL-ELECTRIC FITS YOUR DRIVE STYLE.
270 km **
80% SOC (11 kW, AC)
Built for fast charging with CCS
Standard cable included
** Figures are for comparison purposes and may not reflect real life driving results which depend on a number of factors including the starting charge of the battery, accessories fitted (post registration), variations in weather, driving styles and vehicle load. They were obtained after the battery had been fully charged. The MINI Electric is a battery electric vehicle requiring mains electricity for charging. The electric range was determined according to the NEDC test. Only compare fuel consumption, CO2 and electric range figures with other cars tested to the same technical procedure.
START EVERY DAY FULLY CHARGED.
A NEW RHYTHM OF LIFE.
PLUG IN AT HOME.
You don’t actually need any complex installation or unit to charge at home. All you have to do is plug in to any conventional household 230-volt power socket (SchuKo) – and relax.
Our surveys show us that the average commuter uses less than 20% of the MINI Cooper SE battery per day. Even if you use your normal domestic electric socket, this 20% is charged in approximately 3 hours. The standard charging cable and adapter is, of course, included with your new all-electric MINI.
With an optional Mode 3 cable, you can charge anywhere you park.
YOU CAN DO IT IN YOUR SLEEP.
You can finally have it all. Wake up, fully rested in the morning to a 'full tank', and start the day, full of energy.
Just like a mobile phone, you can plug your all-electric MINI into your domestic household socket overnight and it will have recharged completely (approx. 15 hours).
Should you happen to park in a basement car park, you could ask your landlord if it would be possible to install a simple SchuKo socket for your parking space.
GOOD TO KNOW.
WALL OF POWER.
While you can always use your standard charging cable at home or on a holiday trip, the premium quality MINI Wallbox offers you a convenient, faster alternative for daily charging at home.
Figures can vary, of course, but a dedicated, 3-phase 11 kW wallbox connection will generally give you up to 3-times faster charging time. So your all-electric MINI can be fully charged within around 3.5 hours.
To install a wallbox, you will need the expert assistance of an approved electrician. If you are interested in installing a MINI Wallbox, we would be happy to help you locate such a specialist in your area.
WHEREVER YOU GO.
THERE’S ELECTRICITY EVERYWHERE.
COMPATIBILITY = TOTAL FLEXIBILITY.
Thanks to the Type 2 and CCS compatible connectors, you have total flexibility and can take advantage of every charging station.
The combination of practically-sized charging capacity and stable charging performance of your MINI ensures you can take many ways to reach your destination – and always have several charging options within reach.
ALWAYS IN YOUR SIGHTS.
EVERY JOURNEY A DISCOVERY.
SAVE IN SO MANY WAYS.
8-year drivetrain guarantee
HELPING SAVE THE EARTH COULD SAVE YOU MONEY.
LOW WEAR AND TEAR.
BRAKE ENERGY REGENERATION.
Your all-electric MINI converts braking energy into electricity by using its motor as a generator, and puts some power back into your battery every time you decelerate.
This so-called regenerative braking also conserves the disc brakes and prevents the creation of fine dust particles caused by the wear abrasion of the brake discs.
GOOD FOR YOUR ACCOUNT. GREAT FOR THE ENVIRONMENT.
In the sample calculations, you can see how much CO2, fuel and service costs you can save with an annual mileage of 15,000 km when compared to a petrol engine.
- At current petrol and kWh prices.
- Electric cars get tax benefits.
- All-electric MINI charged in public or at home with 100% renewable energy – petrol emits about 2.32 kg CO2 per litre.
16 full tanks
approx. 1,200 €1
+ approx. 260 € additional costs
1,800 kg3 CO2
58 charge cycles
approx. 560 €1
+ approx. 120 €2 additional costs
0 kg3 CO2
THE TIPPING POINT.
The first Mini ever built in 1959, was already fuel-efficient. Today, the same general principles are applied to our electric mobility range. With battery-powered driving technology, the all-electric MINI Cooper SE and MINI Countryman Plug-in Hybrid are leading the charge towards a more sustainable future. If the MINI Cooper SE is charged using EU electricity mix, it breaks even with, or becomes greener than, a petrol-driven MINI Cooper S after appoximately 30,000 km.
If charged using a renewable energy mix, the MINI Cooper SE becomes cleaner or greener than a comparable petrol-driven car at approximately 19,000 km. Over its complete life cycle, the MINI Cooper SE displays a 40% (EU mix) and 70% (renewable mix) lower global warming potential respectively.*
And we don’t stop there. All BMW Group plants in Europe have been supplied with 100% green electricity since 2017. We are also constantly expanding carbon-efficient transport modes and more than half of our vehicles are leaving the plants by train. In December 2019, BMW Group joined the “Getting to Zero Coalition” with the objective of achieving a decarbonisation of international maritime shipping.
*Lifecycle analysis as of November 2019.
If you drive this distance every day
EASY HOME CHARGING
HOW FAR CAN YOU GO?
WHAT DO I NEED TO KNOW WHEN CHARGING?
- Switch the engine off and apply the handbrake.
- If necessary, set the current before charging.
- Do not use any extension cables.
- Always connect and disconnect the charging cable in this order:
- Connect to the socket.
- Connect to the vehicle.
- Disconnect from the vehicle.
- Disconnect from the socket.
- White light: Signal light
- Red light: Charging error
- Orange light: Initialising
- Blue light: Charging active
- Green light: Charging complete
- Lock the vehicle. The charging process will only start once your vehicle is locked.
ENVIRONMENTAL AND SOCIAL STANDARDS IN THE SUPPLIER NETWORK.
WHAT ARE THE KEY RAW MATERIALS USED FOR THE MINI COOPER SE’S HIGH-VOLTAGE STORAGE AND WHAT DO YOU DO TO ENSURE THAT THEY ARE SOURCED RESPONSIBLY?
The key raw materials of the high-voltage storage are cobalt, lithium, graphite and nickel. The shell of the high-voltage battery is made of aluminum. MINI (BMW Group) is committed to developing a supply chain that is responsible, sustainable and one that meets our own high ethical and human rights standards. Each nominated supplier must provide information on the implementation of environmental, social and governance standards including respect for human rights and the prohibition of forced labour.
We work closely with key raw material suppliers to ensure that all materials are responsibly sourced both to protect and enhance the environment, and to ensure the safety and well-being of the employees at any point along the supply chain. We also continue to streamline logistics operations to reduce impacts from transporting components to our plants.
DO YOU KNOW THE SOURCES OF THESE RAW MATERIALS AND HOW DO YOU ENSURE YOUR SUPPLIERS MEET THE SUSTAINABILITY REQUIREMENTS?
HOW DO YOU ENSURE THAT COBALT IS RESPONSIBLY SOURCED?
WHAT STEPS DO YOU TAKE TO ENSURE THE PROCUREMENT PROCESS FOR ALUMINIUM IS FAIR AND SUSTAINABLE?
In the aluminum procurement process, we not only buy for our own needs, but also make this material available to our suppliers, reliably and at calculable prices. This creates greater planning security on both sides. In order to be able to meet our long-term demands for sustainably produced aluminum in the future, the BMW Group became the first automobile manufacturer to join the Aluminum Stewardship Initiative – actively demanding ecological and social sustainability for certified aluminum across the entire aluminum value chain – from the mine to the recycling process.
We also strive to source more recycled aluminium in our manufacturing processes. The use of secondary materials has a positive effect, especially on the following aspects of sustainability: biodiversity, CO2 emissions (especially in raw materials with energy-intensive production such as aluminum, steel and copper) and the reduction of waste. The average share of secondary aluminum in our vehicles is 20%. For aluminum casting alloys, it is 40%. We work with the Aluminum Stewardship Initiative on the certification of our aluminum partners in accordance with the outlined sustainability standard. For more information please visit aluminium-stewardship.org
WHERE DOES YOUR LITHIUM COME FROM AND HOW DO YOU MAINTAIN A SUSTAINABLE SOURCING PROCESS?
WHAT STEPS DO YOU TAKE TO ENSURE YOUR SUPPLIERS MEET SUSTAINABILITY REQUIREMENTS?
AT WHAT POINT DOES THE MINI COOPER SE BECOME GREENER THAN THE MINI COOPER S?