THE FUTURE OF CAR OWNERSHIP
I-PACE RANGE CALCULATOR
Use the settings below to demonstrate how different factors impact vehicle range. You can then download the GO I-PACE app below to see how I-PACE can fit into your life based on your personal driving activity.
I-PACE RANGE CALCULATOR
Urban: The majority of your driving takes place in and around town travelling at an average speed of 17mph (27km/h).
Motorway: The majority of your driving takes place on the motorway at an average speed of 57mph (92km/h).
Combined: Your regular commute involves a combination of urban and motorway driving, at an average speed of 29mph (47km/h).
Fuel Consumption: N/A CO2 Emissions: 0(g/km) EV Range: Up to 292 miles EV Range figures are calculated on the WLTP cycle based upon production vehicle over over a standardised route. Range achieved will vary depending on vehicle and battery condition, actual route, environment and driving style.
Heating and air conditioning systems use energy and this can reduce range.
These systems are most often used at the start of a journey so, to reduce the impact on range, Jaguar I‑PACE has the ability to pre-condition the interior ahead of departure while the car is still charging. This allows Jaguar I-PACE to use electricity from the power supply, and not the battery, to heat or cool the interior.
Extreme low and high temperatures impact upon how well a battery can maintain its level of charge.
Jaguar I-PACE features sophisticated thermal management systems which help to keep the battery at its optimal temperature and minimise the impact of outside temperatures on the car's range.
One of the biggest impacts on range is the driver. Frequent, heavy acceleration will have a detrimental impact on the car's state of charge, whereas travelling at a steady pace will help an electric car preserve range. Gradual acceleration can also reduce your reliance on hard braking which consumes more energy than gentle braking.
Travelling at a steady pace will help an electric car preserve range.
Driving in hilly terrain requires more acceleration and braking and reduces range, while flat routes are more efficient.
With the Remote smartphone app, you can view the topography of your route to provide a real-world estimate of Jaguar I‑PACE's range before you set off.
Use Remote to confirm your range before you begin your journey.
When it comes to charging Jaguar I-PACE, there’s no place like home.
DOMESTIC 3-PIN SOCKET
The standard 3-pin plug socket you typically use for your electric household items will keep Jaguar I-PACE topped up by simply plugging in your charge cable. Ideal for when you're away from home and don't have access to an installed home charging point.
Charging Jaguar I-PACE away from home is now easier than ever thanks to thousands of public charging stations across the UK. Although some charge points are free to use, the majority require payment via a mobile app, membership or contactless card, so for longer journeys we recommend planning ahead and finding out which charging networks are available on route and at your destination.
DC RAPID CHARGE POINTS
The fastest way to keep Jaguar I-PACE on the go, rapid charge points can charge your vehicle’s battery to 80% in just 40 minutes*.
Rapid charge points use a CSS (Combined Charging System) connection cable tethered to the power supply.
*Charge time is possible with a 100kw charge point.
AC FAST CHARGE POINTS
Using the same AC (Alternating Current) as standard UK plug sockets, one of the big advantages of AC Fast charge points is that you’ll find them in most locations around the UK.
Capable of giving you a full charge in about 13 hours, AC Fast charge points use your vehicle’s Mode 3 cable – the same as your home wall box.
Find your own electrifying combination of Jaguar performance, technology and style.
1Jaguar have authorised wall box suppliers and installers. Our partners are available to advise upon the best solutions for you. Please consult your local Jaguar Retailer for further information.
27kW electricity supply is available in most countries.
3Actual charge times may vary according to environmental conditions and available charging installation.
4This figure has been obtained from the 'Driving and Parking Patterns of European Car Drivers' mobility survey, conducted by the European Commission.
5A DC rapid charger provides large amounts of energy in a short time. The charging rate can decrease as the battery reaches full capacity, so customers may choose to rapid charge to 80% capacity, or just for the extended range required.
**WLTP (Worldwide harmonised Light vehicle Test Procedure) is the new process that has been phased in from 2017, which measures fuel, energy consumption, range and emissions in passenger vehicles in Europe. This is designed to provide figures closer to real-world driving behaviour. It tests vehicles with optional equipment and with a more demanding test procedure and driving profile.
Official EU test figures from manufacturer tests under EU legislation. For comparative purposes only. Real-world figures and overall EV performance data may vary according to driving and environmental variables.