Renault Updates Scenic E-Tech With 399-Mile Pack and Faster Charging Thermal Curve
Renault has introduced mid-cycle battery enhancements for the Scenic E-Tech electric crossover, expanding Long Range autonomy to 399 miles and preparing a 290-mile lithium-iron-phosphate chemistry derivative.
- 399 miles
- 28 minutes
- 290 miles
What Happened
French automaker Renault revised the battery architecture across its electric Scenic crossover lineup, increasing energy content and refining DC rapid-charge power curves across European markets.
The flagship Long Range specification gains two kilowatt-hours of usable storage capacity, extending certified WLTP operating autonomy by twenty miles to reach 399 miles per charge. While maximum DC input remains capped at 150 kilowatts, enhanced thermal management allows the battery management system to sustain peak current longer, trimming 10-to-80 percent charging intervals by ten minutes down to twenty-eight minutes.
Renault is concurrently overhauling the introductory Comfort Range derivative, migrating from nickel-manganese-cobalt cell chemistry to lithium-iron-phosphate formulation. The redesigned pack carries seven additional kilowatt-hours for a certified driving radius of 290 miles and accepts charging inputs reaching 165 kilowatts for a twenty-four-minute fast-charge benchmark.
“under review”
Both battery options retain the established 215-horsepower front-axle traction motor. Interior revisions include standardized optical facial detection hardware that automatically configures driver seating positions, cabin illumination presets, and multimedia profiles upon ingress.
Why this matters
The Scenic update addresses two central customer friction points—real-world highway range and rapid-charging dwell times—without necessitating redesigns to the underlying AmpR Medium architecture. Squeezing additional kilowatt-hours into the flagship pack while shifting entry trims toward cobalt-free LFP chemistry mirrors industry-wide efforts to lower bill-of-materials costs while defending compact EV market share against aggressive Chinese imports.
Terms in This Story
- LFP
- A lithium-ion battery chemistry substituting cobalt and nickel cathodes with iron phosphate, offering higher thermal stability, enhanced cycle durability, and lower raw material manufacturing expenses at slightly lower volumetric energy density.
- NMC
- A high-energy-density lithium-ion cell formulation commonly deployed in premium long-range passenger electric vehicles.
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