PeugeotiOn (2016) electric chargers
15 kWh battery
Vehicle type Battery Electric Vehicle
Connector type 1
Range 93 miles of electric driving
Charge speed 12 miles per hour
The Peugeot iOn is mechanically very similar to the Mitsubishi i-MiEV (as well as the Citroen C-Zero) and has the same 66bhp electric motor with power supplied by lithium ion batteries, fitted under the middle of the vehicle. The all-electric driving range is (like the i-MiEV before it) 93 miles, but the battery can be fully charged in seven hours from domestic supplies. As a city car it’s very easy to get through traffic with the iON’s narrow shape (despite which, the car is surprisingly spacious inside). The suspension features quite soft springs but overall the iON handles well.
Peugeot iOn compatible chargers
Finance
available
Smart
features
Lead
included
Finance
available
Smart
features
Lead
included
Finance
available
Smart
features
Lead
included
Finance
available
Smart
features
Lead
included
Finance
available
Smart
features
Lead
included
Finance
available
Smart
features
Lead
included
Finance
available
Smart
features
Lead
included
Finance
available
Smart
features
Lead
included
Charge speed
3-10x* faster
Smart features
Lead included
Warranty: 3 years
Connection Type: 1 2 Socket
£ 664.00
Fully fitted*
with OLEV grant
Peugeot iOn Charging Time
Charging your Peugeot iOn at home with a standard three pin plug (2.3kW) will take around 7 hours 45 mins.
Using a dedicated 7.4kW home fast charging point can reduce this time to as little as 5 hours*
Take advantage of cheaper electricity tariffs charge your Peugeot iOn overnight and drive away fully charged every morning.
A 7.4kW home fast charging point provides up to 12 miles RPH (Range Per Hour).
* Limited by on-board charger, vehicle cannot charge faster.
Peugeot iOn Charging Cost
School run, commute to the office? You can drive up to 93 miles purely on low-cost electric power.
A full home charge on a Peugeot iOn costs around £1.50.
Did you know?
A typical overnight electricity rate is around 10p per kWh.
