Porsche has extended its largest SUV line with a purely battery-electric Cayenne, and the S Coupé variant added in March 2026 is the version positioned between the base model and the Turbo. In a detailed driving report, the mid-range car emerges as a fast-charging, heavy but composed SUV whose behaviour on the road and at the charger depends as much on how the car is configured as on the platform underneath.
Where the S sits in the range
The S delivers up to 400 kW in normal driving and 490 kW with Launch Control. The base model produces 300 kW, or 325 kW with Launch Control, while the Turbo reaches 630 kW, or 850 kW with Launch Control. With Launch Control, Porsche quotes 3.8 seconds from 0 to 100 km/h for the S and a 250 km/h top speed; the base model takes 4.8 seconds and reaches 230 km/h, and the Turbo takes 2.5 seconds with a 260 km/h maximum. The report notes that even the base model would be more than sufficient for everyday driving.
The Cayenne uses the same Premium Platform Electric (PPE) as the Macan, but Porsche redeveloped two central components beyond what the Macan offers. The battery is more deeply integrated into the vehicle structure, and the S has an oil-direct-cooled rear axle motor. The optional Porsche Active Ride adaptive suspension is used here for the first time in an SUV. Kerb weight is quoted at 2,560 kilograms for the standard S Coupé.
Oil cooling and the efficiency argument
Both axles use permanently excited synchronous machines. The front motor is essentially derived from the Macan, while the rear axle carries an oil-direct-cooled unit exclusive to the S and Turbo; the base model uses a water-cooled drive there. Porsche produces the Turbo's extra power not with a different motor but with a longer version of the same design — the S gets the shorter one, the Turbo the longer.
An electrically non-conductive oil draws heat directly from the copper windings. With conventional water-jacket cooling, heat must first reach the outer cooling jacket. Porsche states the motor efficiency is up to 98 per cent and cites the more efficient cooling as one reason the S achieves slightly more range than the base model despite its greater power. On the road, the report describes the S as accelerating smoothly and forcefully without Launch Control, with instantly available torque and consistent propulsion even under repeated full-throttle bursts.
Chassis: Active Ride, rear-axle steering and mass
Adaptive air suspension with electronic damper control is standard. The test car also had Porsche Active Ride, an €8,324 option whose active dampers connect to a motor-pump unit on each axle and generate targeted forces at each wheel without mechanical stabilisers. In Comfort mode the system can overcompensate for roll and pitch to reduce forces on occupants; the Cayenne leans slightly into the curve rather than outward. Sport and Sport Plus keep the body flat without becoming uncomfortably hard. The report cautions that the weight cannot be fully masked, that the S understeers if pushed too far, and that the 22-inch wheels transmit short, sharp edges unfiltered.
Regenerative braking is integrated into the brake pedal, with the friction brake supplementing it almost imperceptibly. The ceramic brake system on the test car costs €10,100 but is not required for everyday energy recovery. Rear-axle steering, at just under €1,700, cuts the turning circle from 12.7 to 11.6 metres — a practical advantage for a car almost five metres long.
Battery, chemistry and charging curve
The drivetrain draws on a battery with 113 kWh gross and around 108 kWh usable, arranged in six modules with 192 pouch cells — a different cell format from the Macan's prismatic cells. The chemistry is also new: a nickel-rich NMCA cathode with around 86 per cent nickel and an anode with six per cent silicon raise energy density by about seven per cent versus NMC-811, holding eight kilowatt-hours more than the Taycan's pack while being roughly 103 litres more compact.
The silicon also improves fast-charging capability, but full power is available only within the correct battery temperature window. Pre-conditioning is triggered automatically through the Charging Planner when a charging stop is set as a navigation destination; Porsche provides no manual option, so a spontaneous stop without route guidance cannot specifically pre-heat the pack. The driver display shows whether the battery is in the window and what charging power is currently possible.
Porsche designs the charging curve to peak early. According to the report, over 300 kW is available from around five per cent state of charge (SoC), with the theoretical maximum near 55 per cent. At an EnBW HyperCharger, the recording started at nine per cent SoC: 333 kW at 12 per cent, around 360 kW from 13 per cent, and a maximum of 386 kW at 44 per cent. The full 390 kW from the data sheet was not reached, which the report attributes to the charger rather than the car: Porsche supplies 390 kW only above 520 amps, while the HyperCharger delivers a maximum of 500. For 400 kW, Porsche specifies an even narrower operating point — over 850 volts, battery temperature of 40 to 42 degrees and an SoC of 45 to 48 per cent. After the first power drop, the car continues at around 290 kW, holds roughly 270 kW between about 60 and 71 per cent, and still takes 183 kW at 80 per cent. From 10 to 80 per cent, the timer recorded around 16 minutes, matching the configuration.
Quiet Charging: a comfort feature, with caveats
During the first fast-charging session the cooling fans were noticeably loud, during and briefly after charging. A second session used Porsche's Quiet Charging mode, which can only be activated manually on the display after charging has started and exclusively reduces fan speed. Lower cooling performance makes the battery heat faster, so the vehicle must adjust charging power earlier once the limit temperature is reached, as Porsche explained. In the report's comparison the car was noticeably quieter and the 10 to 80 per cent charge still took 16 minutes, with a nearly identical 385 kW peak, but the high plateau ended at 42 per cent: at 44 per cent, Quiet mode showed 325 kW against 386 kW in Normal mode. The report stresses that a single measurement each cannot be generalised. Porsche says a noticeable performance reduction occurs only at high starting battery and ambient temperatures; at a starting battery temperature of 35 degrees and 45 degrees ambient, charging from 10 to 80 per cent can be extended by around one minute. Outside temperatures during the test were around 20 degrees.
AC charging, range and consumption
An optional 22 kW AC charger, at €1,666, cuts the specified 0 to 100 per cent charging time from 11 to 5.8 hours; 11 kW is standard. Since the September 2026 model-year change, inductive charging can be ordered: Porsche Wireless Charging, at 11 kW and around 90 per cent efficiency, costs €5,117 and requires a vehicle plate and a ground plate at the parking space.
For the tested configuration Porsche quotes a combined WLTP range of 616 kilometres, while the S Coupé range extends to 669 kilometres; the S with SUV bodywork reaches up to 653 kilometres. Among Coupé variants the base model achieves up to 661 kilometres and the Turbo 637 kilometres. On mixed city, country-road and motorway routes, consumption varied between roughly 20 and 27 kWh/100 km depending on speed, settling around 24 kWh/100 km in everyday mixed driving. With around 108 kWh usable, 24 kWh/100 km equates theoretically to about 450 kilometres on a full charge, or around 315 kilometres using the 80 to 10 per cent window. The report notes these on-board figures are not directly comparable to WLTP standard consumption, which also includes charging losses.
Interior, practicality and price
Infotainment is operated via the curved Flow Display, with the test car adding a passenger display and a head-up display with augmented reality. A separate control strip gives direct access to volume and climate settings. The report found some functions buried in submenus and the navigation map occasionally moving abruptly, but praised the optional surface heating, at €934, which warms armrests and door panels. The Coupé's flatter roofline slightly reduces practicality: the luggage compartment holds 534 to 1,347 litres plus 90 litres in the frunk, with only the Turbo lower at 500 litres, and rear headroom is tighter but still sufficient. All three electric Cayenne variants tow up to 3 tonnes braked as standard, or up to 3.5 tonnes with the €2,492 Off-Road Package.
The S Coupé starts at €130,300, but the test car's €69,440 of options bring it to €199,740; Active Ride, the ceramic brake system and the lightweight sport package alone account for €34,589. The report argues that at Porsche a heavily optioned test car is closer to the rule than the exception, and that expensive extras with low production costs are particularly profitable, while substantive features such as Active Ride are the exception. This matters for evaluation, because the driving experience with active suspension and rear-axle steering cannot be transferred directly to a standard base S, whereas the large battery and high DC charging power are part of the basic technical offering. In competition the S faces the BMW iX5, Mercedes EQS SUV and Audi SQ8 e-tron, with the closely related Audi Q6 e-tron and Porsche's own Macan Electric a class below. The report concludes that the car is aimed at a wealthy, brand-loyal clientele that configures its vehicles lavishly, and that for this audience a nearly €200,000 test car is the norm rather than a surprise.