2025 Renault Scenic E-Tech Electric Review

The Renault Scenic recently transformed from a traditional multi-purpose vehicle into a modern electric crossover. It sits in a heavily contested segment where buyers expect generous space alongside capable battery technology. The competition is heavily entrenched across the continent. The Tesla Model Y remains a common default choice for many, starting at 39,990 euros in Germany for the standard range version. Volkswagen demands 46,335 euros for the ID.4 Pro to grant access to its larger battery and familiar dealer network. Peugeot asks 48,900 euros for the base trim of its striking E-3008 crossover. Renault enters this exact space with the Scenic E-Tech Electric, starting at 41,890 euros for the 60 kWh version. The 87 kWh Long Range model reviewed here requires a steeper 47,900 euros.

WLTP estimates provide a baseline for battery performance. For the 87 kWh Long Range model, the manufacturer claims a driving distance of 625 kilometers on a single charge. WLTP figures suggest an efficiency of roughly 16.8 kWh per 100 kilometers under mixed driving conditions.

Real-world range typically falls 15 to 30 percent below laboratory ratings, depending on driving style and ambient temperatures. Cruising on the highway at 130 km/h in mild weather should yield a realistic distance of around 420 kilometers before needing a plug. Urban and suburban driving will stretch that figure closer to 500 kilometers, benefiting from aggressive brake recuperation. The standard heat pump actively moves thermal energy from the drivetrain to the cabin during cold winter commutes.

Renault opted for Nickel Manganese Cobalt chemistry supplied by LG for the 87 kWh pack. This specific blend favors high energy density over the absolute longevity characteristics of Lithium Iron Phosphate cells. The practical implication is a lighter overall vehicle relative to its energy capacity, which prevents the suspension from feeling overwhelmed over crests. NMC batteries do exhibit a steeper degradation curve if frequently charged to 100 percent or pushed hard in extreme heat. The standard liquid cooling system regulates cell temperatures during 150 kW fast charging sessions to prevent excess thermal wear. Drivers in colder climates will notice that NMC packs maintain higher power output in freezing temperatures compared to their LFP counterparts. The thermal management system automatically preconditions the pack prior to arriving at a fast charger.

The Scenic rides on the AmpR Medium architecture, a platform shared heavily with Nissan. Renault engineers mounted the 160 kW electric motor exclusively on the front axle. Pushing 300 Nm of instant torque through the front wheels alone can challenge tire grip under heavy acceleration, particularly on wet pavement. Placing the motor and charging hardware upfront frees up the rear architecture for a 545-liter boot space. The battery pack itself is unusually thin, measuring just 11 centimeters in height. This slim profile lowers the vehicle’s center of gravity and prevents the floor from eating into passenger legroom. The brand completely sealed the underbody to smooth airflow and optimize aerodynamic drag. The packaging maximizes cabin space within a relatively compact 4.47-meter footprint.

The manufacturer relocated the gear selector to the steering column.

The front axle utilizes standard MacPherson struts. The rear benefits from a more sophisticated multi-link arrangement, which is an interesting choice for a family-oriented vehicle. This rear suspension design effectively isolates passengers from sharp impacts like expansion joints and potholed city streets. The damping is tuned for compliance rather than corner-carving stiffness. Body roll is present but progressive, communicating the vehicle’s weight transfer clearly to the driver. The steering is relatively quick, requiring less than three turns lock-to-lock, which makes maneuvering through tight parking garages feel effortless. The multi-link setup adds mechanical complexity and minor weight penalties, but in hindsight, it was the correct choice for a car tasked with carrying passengers comfortably over long distances. The design requires more individual suspension components than a basic torsion beam setup.

The interior materials prioritize recycled fabrics and textured plastics. It feels modern and airy, aided by an optional panoramic glass roof that can switch from transparent to opaque at the touch of a button. The seats provide adequate thigh support for taller drivers, though the side bolsters are incredibly soft. My son pointed out that the rear seats feature clever tablet holders integrated directly into the fold-down armrest. Renault made a crucial and highly practical decision regarding the central dashboard interface. A prominent 12-inch vertical touchscreen handles navigation and media, but a row of high-quality physical toggle switches sits directly below it for temperature and fan speed adjustments. Drivers can adjust the climate without taking their eyes off the road. Burying basic climate controls in a digital submenu is like requiring a complex password to open a kitchen refrigerator. Retaining physical controls for essential functions is a structural choice that impacts daily usability.

The infotainment system runs natively on Google Android Automotive OS. It is responsive and integrates Google Maps directly into the instrument cluster, predicting the battery state of charge at the destination with high accuracy. The system does not require a smartphone connection to function normally, however, Apple CarPlay remains fully supported for those who prefer it. Sound deadening materials line the firewall and floor pan. The transition from a multi-purpose vehicle to a crossover means the high seating position remains. Rearward visibility is restricted by the shape of the rear pillars. The standard 360-degree camera system displays the vehicle’s surroundings on the center screen.

Long-term dependability relies heavily on the maturity of a vehicle’s underlying components. The electric drive unit avoids the mechanical wear items associated with combustion engines, and the manufacturer possesses a decade of electric drivetrain data stemming from earlier compact models. Data from previous vehicles on this platform indicates a stable lifespan for the primary drive motors. The use of Android software offloads digital stability to a dedicated technology company, which has largely eliminated the frustrating infotainment screen crashes seen in older generations. The multi-link rear suspension will eventually require bushing replacements, representing a future maintenance cost not present in simpler axle designs. The LG-supplied battery has proven resilient in sister models, provided owners utilize the internal charge limit features for daily driving. The factory warranty covers the energy pack for eight years or 160,000 kilometers.