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Well, people have to have something to talk about for 3+ more years. ;-)And I thought this thread was about the Porsche Mission E...
This doesn't look like mission E at all. This must be an electric conversion of p p p Panamera.Is This the Porsche Mission E Prototype Testing at the Arctic Circle?
Maybe I should also post it in Electric Conversions
Pretty interesting comment in the German Tesla forum with notes from a speech of the head of the electric R&D department at Porsche.
I visited the event (it was very well attended). Mr Bitsche was greeted with a good dose of skepticism, but managed to attract the majority of the public. A Saalkommentar: "Loud Tesla driver, who claps."
To the lecture a few unsorted memorandums:
Porsche sets the mission E to 800V onboard voltage. Reason: Keep cable cross sections small, this is about 50kg weight. The charging power of 350kW is the theoretical maximum value from the basic data of the extended CCS standard (1000V, 350A).
The difference to the vehicle voltage can be explained as follows: The power semiconductors in the charging column require a voltage resistance of 1200V, so that they can reliably switch up to 1000V.
When charging, 920V are connected to the 800V battery, so that the corresponding charging current also flows.
The required components have now been brought to 800V in cooperation with the suppliers.
- cell is delivered, manufacturers and chemistry are still secret
- the battery is built by Porsche itself
- E-machine, power electronics, charger, air-conditioning compressor, HV heater, DC / DC converter: all 800V ready
Solar and wind power plants, which have now used such voltages and have developed the components with the necessary voltage resistance: semiconductors, cables, contactors, connectors.
The wind power manufacturers want to sell their technology as unchanged in America as possible, so the voltage limit in the NEC (national electric code) has been raised from 600V to 1000V -> Electricians with "normal" training may also work on 800V vehicles.
For charging DC chargers with previous 400V technology, an HV booster with at least 50kW rated output is installed in each vehicle, which converts the 400V to 800V
There are good prospects for introducing the standard with these key data in the US and China, except in Europe. Japan is beaten off with CHAdeMO (450V, 200A max.)
- 5 technologists have been set up last summer and are testing in all climatic zones of the world
- Next, the test fleet will be set up.
To the mission E itself: 4 seats, 4 doors, innovative cockpit, full connectivity, semi-autonomous (not wanting to say which level), 2 E machines (1 on each axle), with Torque Vectoring, battery in the Unterboden, highest crash safety, high longitudinal - and transverse dynamics, heat pump for heating. 2 tons weight.
Special feature of the drive: Design for high continuous power (fast drive, fast charge, more ...) by cells with low internal resistance and by permanent magnet-excited synchronous motors (without manual transmission) and stator cooling.
This motor does not have the same temperature problem as the asynchronous motor in Tesla (heat development in the rotor) and is more efficient.
Charging network: Joint venture with the other OEMs is just being formed. Start work to rollout. In Europe, 400 sites are to be created with 2 to 12 loading points before the sales start. The locations require connection to 20 kV medium voltage. Alternatively, local battery storage is planned. The store network is viewed as critical to the sales success. The high charging capacity serves the acceptance for changeover of burners. Target are recharge 400km range in 15 minutes.
Fuel cells shut down Her Bitsche, does not provide enough continuous power or needs too much space in the Porsche.
The mission E is to go to the end of the decade in the sale, price comparable to a Panamera (did not want to say more precisely).
One more statement: Porsche is fully behind the electrification strategy, the board and the development team. The hybrids sell very well. Sales personnel and workshop personnel are already qualified accordingly.
I doubt it. We are talking about Porsche. I expect the base car to be well over $100,000. The volumes are going to be very low, making it difficult to keep the price down.I suspect they'll forgo some of Porsche's typical enormous margins, and bring the base version in at $80,000 or so.
If the Mission E goes on sale before December 2020 I will be amazed.
Since the top-of-the-line Panamera starts at over $260,000 I expect the Mission-E will probably cost no less than $300,000 per unit.
I could see that happening... If Porsche actually wants to sell the Mission E in large quantities, but their strategy even for Panamera has seemed to be 'exclusivity' as a goal, not ubiquity. I suspect that if they do offer more competitive pricing at full production levels, it is only as a replacement for their lost dirty diesel sales. But I still believe their intent is to remain primarily an ICE vehicle manufacturer, and 'electrify' most of their cars as hybrids, rather than commit to fully electric vehicles as a strategy going forward. If the Mission E ends up being only a showpiece car meant for bragging rights then it would be available only in limited numbers and would command a much higher price point. Hence, $300,000 per vehicle to start, with an additional $50,000 for every jump of 15 kWh in battery pack capacity.Porsche leadership has said that Mission E will be priced under Panamera, so probably about the same starting price as an Model S. I assume the top end version will near $150K, just like a fully optioned P100D.
I could see that happening... If Porsche actually wants to sell the Mission E in large quantities, but their strategy even for Panamera has seemed to be 'exclusivity' as a goal, not ubiquity. I suspect that if they do offer more competitive pricing at full production levels, it is only as a replacement for their lost dirty diesel sales. But I still believe their intent is to remain primarily an ICE vehicle manufacturer, and 'electrify' most of their cars as hybrids, rather than commit to fully electric vehicles as a strategy going forward. If the Mission E ends up being only a showpiece car meant for bragging rights then it would be available only in limited numbers and would command a much higher price point. Hence, $300,000 per vehicle to start, with an additional $50,000 for every jump of 15 kWh in battery pack capacity.
Of course Porsche will be very hesitant to switch away from ICE, especially for their sportier products like the 718 and the 911. That crowd is even more chocked filled with complainers than the Tesla crowd. The history of those two cars is filled with customer complaints about design and engineering changes: switching from NA Flat-6 to Turbo Flat-4 (718), gimping the Cayman to not encroach on 911 performance numbers, adding turbos to the 911, and so on.
Most Porsche fans were happy that corporate dumped the PHEV 911 plans.
Interview with Michael Kiefer, Head of High-Voltage Systems at Porsche Engineering, about HPC