Motorcycles

Ducati’s already manic electric racer now runs on a solid-state battery

Ducati’s already manic electric racer now runs on a solid-state battery
The Ducati V21L prototype has been developed in collaboration with QuantumScape and PowerCo
The Ducati V21L prototype has been developed in collaboration with QuantumScape and PowerCo
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The Ducati V21L prototype has been developed in collaboration with QuantumScape and PowerCo
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The Ducati V21L prototype has been developed in collaboration with QuantumScape and PowerCo
The V21L is already one of the most impressive electric motorcycles on the planet, producing 150 horsepower in its stock form and capable of reaching speeds of up to 170 mph
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The V21L is already one of the most impressive electric motorcycles on the planet, producing 150 horsepower in its stock form and capable of reaching speeds of up to 170 mph
The V21L prototype, with the 844 watt-hours per liter solid-state battery, boasts a 10–80% charge time of little more than 12 minutes
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The V21L prototype, with the 844 watt-hours per liter solid-state battery, boasts a 10–80% charge time of little more than 12 minutes
The prototype packs 980 QuantumScape QSE-5 cells, which use a lithium-metal anode and a ceramic separator in place of the 18-kWh battery
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The prototype packs 980 QuantumScape QSE-5 cells, which use a lithium-metal anode and a ceramic separator in place of the 18-kWh battery
This marks the first instance that a QuantumScape solid-state lithium-metal battery has powered an electric vehicle
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This marks the first instance that a QuantumScape solid-state lithium-metal battery has powered an electric vehicle
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The IAA Mobility trade show in Munich was bound to throw some really unusual motos our way. But most wouldn't have put their money on the first Volkswagen vehicle to run on a solid-state lithium-metal battery to be a Ducati.

But here we are; the Ducati V21L MotoE prototype, developed in collaboration with QuantumScape and PowerCo, will serve as the lab rat for VW's solid-state battery-electric offerings of the future.

As if it weren't already one of the most impressive electric motorcycles on the planet, producing 150 horsepower in its stock form and capable of reaching speeds of up to 170 mph (recorded on the Mugello Circuit), incorporating solid-state technology into a motorcycle proves a point.

That point is that it can be done, and the technology is almost there. I say ‘almost’ because scaling solid-state tech remains a roadblock for many manufacturers, including Toyota and Honda, which have been working on it for a while now.

The V21L prototype, with the 844 watt-hours per liter solid-state battery, boasts a 10–80% charge time of little more than 12 minutes
The V21L prototype, with the 844 watt-hours per liter solid-state battery, boasts a 10–80% charge time of little more than 12 minutes

But with the likes of MG already having showcased the tech on its production-ready crossover hatchback, we’re sitting at a pivotal moment in the electric vehicle (EV) revolution. Perhaps VW chose a motorcycle to showcase its solid-state tech might be because motorcycles are a simpler and safer platform on which to build such prototypes.

Audi, Ducati, PowerCo, and QuantumScape are all companies that have collaborated in this effort. These are all Volkswagen AG brands, other than PowerCo. The Salzgitter, Germany-based business was established in California in 2010, with the goal of commercializing solid-state batteries, and has long served as VW’s battery cell producer.

“Today we’ve crossed the threshold from possibility to reality,” said Siva Sivaram, CEO of QuantumScape. "We believe that our partnership with PowerCo, together with Ducati as our demonstration launch partner, positions us to scale our transformative technology to gigawatt-hour production. Our world-leading battery innovation, combined with Ducati’s uncompromising craftsmanship and legendary commitment to performance, will help usher in a new era of electrified transportation."

The prototype packs 980 QuantumScape QSE-5 cells, which use a lithium-metal anode and a ceramic separator in place of the 18-kWh battery
The prototype packs 980 QuantumScape QSE-5 cells, which use a lithium-metal anode and a ceramic separator in place of the 18-kWh battery

As you may already know, solid-state batteries employ a solid electrolyte and anode-free lithium-metal instead of liquid electrolytes and graphite anodes in more conventional batteries. This means they're not just safer to use overall, but also enable quicker charging, and they store more energy per a given volume and weight.

On the V21L prototype, the battery stores about 844 watt-hours per liter, and can deal with race-level power outputs as well as a hot charger that'll fill 'er up from 10–80% in little more than 12 minutes. The pack comprises 980 of QuantumScape’s QSE-5 cells, which use a lithium-metal anode and a ceramic separator in place of the stock bike's 18-kWh battery pack that’s equipped with 1,152 cylindrical 21700 cells.

A race bike with a lighter battery pack, consistent torque, and battery cooling should see quicker lap times on track. And faster charge times should also mean quicker pit stops.

The V21L is already one of the most impressive electric motorcycles on the planet, producing 150 horsepower in its stock form and capable of reaching speeds of up to 170 mph
The V21L is already one of the most impressive electric motorcycles on the planet, producing 150 horsepower in its stock form and capable of reaching speeds of up to 170 mph

But perhaps more important when it comes to real world use, solid state batteries should have longer life cycles because their cells are less prone to deterioration. That, in my opinion, would be the single biggest unique selling point when this tech trickles into mainstream automotive manufacture.

This marks the first instance that a QuantumScape solid-state lithium-metal battery has powered an actual electric vehicle, and we could already be looking at the beginnings of a battery that can be used in production bikes if the company’s innovative "Cobra" separator method scales as promised.

PowerCo and QuantumScape have revealed plans to develop a commercial version of the solid-state battery by the end of this decade. But I have to admit, we’d much likely see it on four wheels than two for much of the early phases, and that’s because the car market is much bigger than motorcycles.

This marks the first instance that a QuantumScape solid-state lithium-metal battery has powered an electric vehicle
This marks the first instance that a QuantumScape solid-state lithium-metal battery has powered an electric vehicle

As for the prototype bike, it will be further developed for on-track testing as the project continues to progress. But the decision to develop the cells in a Ducati is a clear indication that motorcycles will inevitably stand to benefit when mass production of affordable solid-state batteries is underway.

Sources: QuantumScape, Ducati

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4 comments
4 comments
usugo
844Wh/L is not really much. Regular Li-ion batteries have a volumetric energy density of up to 700Wh/L. That is, that would be a rather modest improvement in battery energy density. Commercially available silicon anode lithium-ion battery cells have a volumetric energy density of up to 1300Wh/L
And, the motoE racing class were the V21L is deployed has been cancelled! That is, a dead end PR
Ranscapture
Can I put a basket on the back for food deliveries?
BT
Usugo 20% is not a modest improvement, it’s a large one, and 700wh is peak Li with low cycle life’s high heat and tons of rare metals. This bike will recharge at least 5x as many times also which is a huge step against future waste. In a car this could mean a 650 mile actual range, and a car that could do it for 1.5-4 million miles, essentially the lifetime of most drivers. You should probably know a subject before attempting to diagnose it as something to write off. The number 1 questions people have with EVs is the battery long term durability, #1. Therein solid state is a huge deal, it’s basically outmodes ICE with the exception of 2-3x the time at the pump. I drive professionally, people go into gas stations on trips and get grub and pee, the gas stopped pumping 5 mins ago, 8 minutes is typical. In a EV with solid state, that 55% ish charge, another 280 miles even if you don’t wanna wait another 4 mins to drive >400 miles. Facts and figures win markets, and those are the facts.
Paul Govan
Yeah - but in India you can buy brilliant, real-world, very low-cost(sub-$5,000) long-range(150-200 miles) fast-enough(100 mph) electric motorbikes that look exactly like gasoline superbikes - like the top-rated Ultravioletta F77 for instance. I bet Ducati's green-sheen green-PR show-case prototype will cost at least six times as much as the Ultravioletta if it ever actually goes on sale in a world where most motorbike riders and vested interests in most countries have been conditioned to detest electric motorbikes with a vengeance..