RedNEO wrote: ↑18 Dec 2020, 15:53
RedNEO wrote: ↑18 Dec 2020, 15:49
Domenicali is also saying the same as Toto that F1 is shifting its focus away from electric onto sustainable synthetic/bio fuels..
Domenicali “In the logic of diversity, the future of F1 is the hybrid. Because investing only in electric is wrong... F1 will become fascinating for the great manufacturers, I can't say more. F1 can be a great platform to reaffirm diversity even for those who have invested so much in the electric. F1 offers the possibility of developing other technologies and other propulsions with attention to sustainability ”.
https://v6dsseewh55yamhdvpyc6idqzq-adwh ... i/4928933/
This is the perfect opportunity for F1 to show you can have a high revving screaming engine that’s run on sustainable fuels with a virtually non existent carbon footprint unlike the production of batteries
It's all just talk to try and defend a botched route. As JAF indicates, the door to full electric is closed essentially, so they have to find an alternative and try to hype that. Doesn't mean it's actually a good alternative. Biofuels and Synfuels are just not that attractive for customer car applications. By far most commuting can be done with electric vehicles viably, and as battery tech develops, that range just extends. ICEs may have a longer life in medium/long-range transport, especially heavy transport, but there the link to F1 development is less direct, and with fuel cells, there are upcoming alternatives.
And sure, batteries take energy to produce, but battery tech improves (reducing energy input in production) ánd the used energy becomes ever more green. Also, biofuel takes quite some energy to produce, so a similar argument is applicable there. And what's more, there's only so much biomass to go around - way insufficient to fulfill the entire transportation market. Biofuels may have their niche-applications in areas where energy density is crucial (aviation), but aside from that, there are better alternatives. When it comes to SynFuel, there seems to be little incentive (aside from being able to use current infrastructure) to go to higher hydrocarbons which require a lot of C-C bonds to be made, and additional process steps generally go at the cost of efficiency of the storage cycle. So why bother? Use green energy to produce hydrogen, and use that directly - you can put it in a fuel cell, and storage is not really an issue in fields of decently predictable demand (e.g. transport). In fields where demand is more variable so medium/long-term storage is desired, or where a higher energy density is required, add one CO2 to create methanol or formic. Liquid, so easy to store, and again fuel-cell ready (with all due benefits in toxic/particulate emissions, too).
If you want to go for a series that's future tech relevant, either get a deal with FE or go for fuel cell tech. If you want noisy ICEs, fine. But then accept that it's going to be an entertainment sport, and don't pretend it's about tech development.