THE FUTURE OF CAR OWNERSHIP
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.
CLEAN, CONVENIENT, HASSLE FREE
Jaguar I‑PACE’s battery is charged via the car’s plug-in charge point, discreetly located behind the front wheel arch. Once plugged in, you are free to leave Jaguar I‑PACE to charge. The vehicle will automatically stop charging when it reaches full charge. It’s safe to charge the car in the rain, or even when parked in snow, as the charging system is entirely self-contained.
For optimum charging at home, you can install an approved Jaguar wallbox1. Jaguar I‑PACE is equipped with a 7kW single phase AC on-board charger2, which can fully recharge the vehicle overnight and deliver up to 22 miles of range per hour3. When using a domestic socket, charging rates are slower than a wallbox (up to 7 miles of range per hour3), but are sufficient to cover the average daily commute of 38 miles4 if the vehicle is charged overnight. Industrial sockets can charge up to 22 miles of range per hour3.
The best way to get a quick top up of your battery’s charge for those long journeys is with DC chargers5 – a typical 50kW charger can deliver up to 168 miles of range per hour3. As the public charging infrastructure improves, Jaguar I-PACE is equipped to accept up to a 100kW DC charge rate for improved charge time. Alternatively public AC chargers are available which can have a range of outputs depending upon the service provider. You can also find convenient charging points at places you may want to stay for several hours – or even overnight – including local shopping centres, hotels and gyms. Simply pull up, plug in, then go enjoy yourself.
Find charge points, their type and availability through the Zap-Map website.
PUBLIC CHARGING CABLE
The Public Charging Cable (known as a Mode 3 Charging Cable) is supplied with every Jaguar I-PACE and connects to standard AC public charging points. This cable can also be used to connect to a home wall box. Rapid DC public charging points feature a tethered cable so you do not need to supply your own. Ask your Jaguar Retailer for more information on your local and national public charging networks.
HOME WALL BOX INSTALLATION
Our approved wallbox suppliers and installers will ensure any work is carried out to the highest standards. The robust wallbox can be fitted on your driveway, in your garage or at any other suitable convenient locations at your home. Ask your Jaguar Retailer for more information.
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.