The 630-HP 2024 Porsche Macan Electric Is Faster than EverThe 630-HP 2024 Porsche Macan Electric Is Faster than Ever

Porsche commits to switching its top-selling model to electric power.

Dan Carney, Senior Editor

January 25, 2024

6 Min Read
2024 Porsche Macan Electric
2024 Porsche Macan ElectricPorsche

Despite recent concerns about the speed of the automotive industry’s shift to electrification potentially slowing, Porsche is demonstrating carmakers’ commitment to the change by replacing its most popular model with a new electric version.

The 2024 Macan Electric replaces the combustion version of the hot-selling compact crossover, which has found more than 800,000 customers worldwide since its 2014 debut. The Macan arrives in two versions, the $80,450 Macan 4 and the $106,950 Turbo.

These are starting prices for each, and Porsches quickly pile on expenses with charges for extras that you might expect to be included as standard equipment for so much money. Both the Macan 4 and the Turbo are all-wheel-drive. The use of the “Turbo” moniker, as seen previously on the Taycan EV, is not a reference to a physical turbocharger, but rather to the performance boost that turbochargers have historically provided for combustion engines.

When the 2024 Macan Electric reaches dealers this summer, it will mark the debut of Porsche’s new Premium Platform Electric (PPE) EV platform that will underpin additional future models. This is unrelated to the Taycan EV’s chassis.

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Battery

The Macan will also employ different batteries, with different cell chemistry and different configurations of its 800-volt battery pack. The Taycan, like other 800-volt EVs, uses a transformer to step up the available voltage from 400-volt DC fast-charging stations, which adds cost and complexity and costs efficiency.

The Macan’s battery configuration takes a cue from battery-electric power tools, which use shared multi-voltage batteries whose voltage output depends on the tool they’re being used to power. They do this by arranging cells into multiple modules that can be connected either in series, for higher voltage or in parallel, for lower-voltage applications.

Similarly, the Macan’s 100 kilowatt-hour, 800-volt lithium-ion battery pack is made of a pair of 400-volt sub-packs. When the car is plugged into a suitable 800-volt charging station, the entire pack charges at a theoretical peak rate of 270 kW, though reality never seems to let EVs achieve their technical maximum charging speed in the real world.

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Charging

At its peak charging speed, the Macan can fill its battery from a 10 percent state of charge to 80 percent in just 21 minutes. The company predicts it will have 312-mile driving range on a charge, so an 80 percent charge would represent 250 miles of driving range.

When connected to the much more common 400-volt charging stations, the Macan separates the two halves of its back into two 400-volt batteries and charges them at their native voltage without the need to step voltage up through a transformer. The two halves of the battery charge simultaneously at a 135-kW rate. Level 2 AC charging at home, or other such chargers is 11 kW.

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E-Motors

As we’ve seen previously with Rivian, the Macan employs silicon carbide power semiconductors in its more heavily taxed rear motor’s inverter, while using less costly silicon for the front motor’s inverter. The Macan can regenerate power while decelerating at the rate of 240 kW, letting it recover more energy than typical EVs can during the heavy braking a vehicle might experience during a spirited drive on mountain switchbacks or during a track day.

Just as Jeep needs to ensure that its latest vehicles continue to provide credible off-road capability, even if that is rarely used, so must Porsche ensure that new models like the 2024 Macan are ready for occasional track use.

The Macan 4’s electric drivetrain produces a peak of 402 short-burst “overboost” horsepower and 479 lb.-ft. of torque, which is sufficient to accelerate the vehicle to 60 mph in 4.9 seconds. The Turbo’s motors create 630 hp (also in overboost mode) and an impressive 833 lb.-ft. of torque, which launches it to 60 mph in 3.1 seconds. The Macan 4 reaches a terminal velocity of 136 mph, while the Turbo can reach 161 mph.

That power is electronically controlled by the Porsche Traction Management (ePTM) system, which is five times faster than a conventional all-wheel drive system, reacting to control wheelspin within 10 milliseconds.  Power distribution to the Macan’s wheels is managed according to the drive mode the driver has chosen for the circumstances. Macan Turbo buyers can choose the optional Porsche Torque Vectoring Plus (PTV Plus) electronically controlled differential lock on the rear axle for enhanced traction, driving stability, and lateral dynamics.

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Chassis

At 188.4 inches, the new Macan is almost 2.5 inches longer than the outgoing combustion version and rolls on a 113.9-inch wheelbase that is nearly 3.5 inches longer. This provides additional space between the axles for the battery pack and also addresses the common complaint of compact crossover drivers that the back seat is cramped by adding rear-seat legroom.

Typically, having the battery in the floor raises the cabin in EVs, but the new Macan seats front-row occupants 1.1 inches lower than before and the back seat is 0.6 inches lower.

The added wheelbase can be detrimental to agility and ease of parking, so Porsche has installed a rear-wheel steering system with as much as 5 degrees of steering angle for a turning circle of 36.4 feet and responsive steering in switchback corners.

The mass of a battery pack is also unhelpful when it comes to providing the driving dynamics Porsche buyers expect, so the Macan is upgraded to the company’s air suspension with Porsche Active Suspension Management electronic damping control as standard equipment. The dampers are now double-adjustable, letting the computer change settings for compression and rebound independently of one another for maximum results. Additionally, the damper adjustment map is broader now, providing bigger changes between comfort and performance settings so that each of the five drive modes has more clearly discernable characteristics.

The new Macan is still recognizable, but with some obvious Taycan influences, especially around its headlights. This new body slices through the air more efficiently, with a 0.25 coefficient of drag. That compares to a 0.35 for the outgoing model, a change that is worth an extra 50 miles of driving range on the highway thanks to reduced drag.

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Cabin

Inside, Porsche has some surprises in store for Macan drivers. There’s an augmented reality head-up display and a curved 12.6 instrument display. The HUD projects information such as navigational turn arrows into space, on an area the equivalent of having someone place an 87-inch flat-screen television on the road 10 meters in front of the driver.

The 10.9-inch center display runs the Android Automotive operating system, which obviously supports Android mobile devices but which also provides Apple CarPlay for iOS phones. Porsche runs its own app store for apps to populate the system.

The company is seeking to be green through its selection of materials used in the Macan, with the floor mats and carpet made using Econyl, which comes from recycled nylon.

“The new Macan is cool, digital, and ready for exciting new experiences,” declared Porsche CEO Oliver Blume at the car’s press introduction in Singapore. We look forward to the Macan confirming those claims for us in person with a drive at the media launch.

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About the Author

Dan Carney

Senior Editor, Design News

Dan’s coverage of the auto industry over three decades has taken him to the racetracks, automotive engineering centers, vehicle simulators, wind tunnels, and crash-test labs of the world.

A member of the North American Car, Truck, and Utility of the Year jury, Dan also contributes car reviews to Popular Science magazine, serves on the International Engine of the Year jury, and has judged the collegiate Formula SAE competition.

Dan is a winner of the International Motor Press Association's Ken Purdy Award for automotive writing, as well as the National Motorsports Press Association's award for magazine writing and the Washington Automotive Press Association's Golden Quill award.

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He has held a Sports Car Club of America racing license since 1991, is an SCCA National race winner, two-time SCCA Runoffs competitor in Formula F, and an Old Dominion Region Driver of the Year award winner. Co-drove a Ford Focus 1.0-liter EcoBoost to 16 Federation Internationale de l’Automobile-accredited world speed records over distances from just under 1km to over 4,104km at the CERAM test circuit in Mortefontaine, France.

He was also a longtime contributor to the Society of Automotive Engineers' Automotive Engineering International magazine.

He specializes in analyzing technical developments, particularly in the areas of motorsports, efficiency, and safety.

He has been published in The New York Times, NBC News, Motor Trend, Popular Mechanics, The Washington Post, Hagerty, AutoTrader.com, Maxim, RaceCar Engineering, AutoWeek, Virginia Living, and others.

Dan has authored books on the Honda S2000 and Dodge Viper sports cars and contributed automotive content to the consumer finance book, Fight For Your Money.

He is a member and past president of the Washington Automotive Press Association and is a member of the Society of Automotive Engineers

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