Automotive

Porsche unleashes its all-electric Macan on the open road

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A prototype of the electric Porsche Macan takes to the track for testing
Porsche
Porsche uses a mock cockpit known as a seat box to mimic the driver's environment, as it continues development of its electric Macan
Porsche
Porsche is using digital prototypes to aid the development of its electric Macan
Porsche
Dr. Michael Steiner, Member of the Executive Board, Research and Development, at Porsche AG, with a pair of electric Macan prototypes
Porsche
A worker tends to an early prototype of the electric Porsche Macan
Porsche
A prototype of the electric Porsche Macan takes to the track for testing
Porsche
A prototype of the electric Macan is kitted out with measurement technology to monitor its performance
Porsche
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After first revealing plans for an all-electric Macan back in 2019, Porsche is moving ahead with the project following extensive in-house testing of prototypes at its development center in Germany. The company's next-generation compact SUV is now being rolled out for real-world testing on public roads, as the automaker continues to refine the design ahead of a commercial launch within a couple of years.

Porsche has slowly but steadily been building out its stable of electric vehicles since announcing its Mission E concept way back in 2015, launching the production version as the all-electric Taycan in 2019 and then announcing a Cross Turismo version to go with it.

The forthcoming Macan will be built on the same 800-volt architecture as the Taycan but, other than that, technical details remain relatively scarce. That may be because Porsche is still hard at work testing and developing the vehicle at its facility in Weissach, much of which has involved using digital prototypes to fine-tune the design.

Porsche is using digital prototypes to aid the development of its electric Macan
Porsche

This actually involves 20 different digital prototypes, which act as computational models that simulate various functions of the vehicle, from the power and cooling units, to the acoustics, to the aerodynamics and the effects of that on the electric vehicle's range. This allows the team to pinpoint sources of conflict in the vehicle, resolve them, and move forward with the design.

“We regularly collate the data from the various departments and use it to build up a complete, virtual vehicle that is as detailed as possible,” explains Dr Andreas Huber, manager for digital prototypes at Porsche.

Another part of this ongoing testing and development involves constructing a mock cockpit known as a seat box to mimic the driver's environment, which works with an immersive display and simulation to replicate various aspects of a journey. This enables the Porsche team to study interactions between the vehicle and the driver, with both test drivers and non-experts used throughout.

Porsche uses a mock cockpit known as a seat box to mimic the driver's environment, as it continues development of its electric Macan
Porsche

The knowledge gained led to the first physical prototypes of the all-electric Macan, which has been tested in closed facilities and in turn informs further development of the digital prototypes. Porsche is now rolling the physical prototype out beyond the confines of its development center for the first time, for testing on public roads in real-life conditions ahead of a launch planned for 2023.

“Testing in a real-life environment is now getting underway – one of the most important milestones in the development process,” says Michael Steiner, Member of the Executive Board, Research and Development, at Porsche AG.

Testing of the all-electric Macan is shown in the video below.

Source: Porsche

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3 comments
Daishi
The way they build, test, and tweak through a few iterations digitally first is so cool and it would be neat to see a short walkthrough of their technology. Nvidia recently announced something called Omniverse that is essentially a simulated environment multiple people can access at the same time. It's intended to be a platform to train/program virtual robots (or factories full of them) before building real-world versions. The technology has interesting potential.
Username
I'm not sure what they are doing here. The Macan has been in production for a while so the form factors are well known. The Taycan development produced a viable electric powertrain. Combining the two shouldn't require so much new development research.
WB
the research is needed to catch up to tesla whose model x runs circle around anything porsche has... and trying to catch up is hard..