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by godelski
897 days ago
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Saying France "works" or "doesn't work" isn't so straight forward, but I definitely lean more towards the "it works" side. I mean it is a net exporter of energy and is only rivaled by Sweden in terms of emissions per kWhr (Sweden has a lot of hydro, which is great, but not available to everyone. Can also be dangerous, see Banqiao, but that's not very relevant tbh). Germany on the other hand has 6x the emissions. They've been making great strides, but still have yet to be able to remove themselves from their coal and gas addictions (gas is potentially worse than typical accounting but let's use official numbers to keep fair). That is also what put them at the mercy of Russia (and consequently several other EU countries who depended on either Russia or Germany for power, which increased demand from French power), but also can be seen as a strategic move politically since trade partners are less likely to go to war but it can also be leverage. As you might see, this is in fact a pretty complicated clusterfuck. But we can all agree that German electricity is procured at 6x the emissions of French electricity. Success does depend upon which metrics you care about, but if we're talking climate, emissions are definitely one of the most important ones. A big issue is that Germany is often viewed as a mover and role model in the climate space but even by EU standards they are one of the worst offenders (doubly so if you bin the countries by economic size. i.e. Poorer countries have worse emissions). So I get why people push back against Germany because while we should congratulate them for their large rollout of renewables we should still criticize them for their emission levels and inability to actually match what others have done (even many with little to no nuclear, see UK) You may find this site useful strictly for the electricity and subsequent emissions side. It'll be insufficient for total emissions though (as that includes many things beyond electricity) and certainly isn't adequate for understanding geopolitics or other things. I suggest poking around, using the emission tab per region (defaults on production) and also changing the time scale to at least 30 days to be a more accurate view of this specific question we're addressing. https://app.electricitymaps.com/zone/FR |
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Unfortunately, you've done just that in this last comment.
One detail that I see too often with people advancing similar arguments than you here is that they just take two countries and compare them if it was two lab experiments done within the same conditions and repeated sufficiently to bring conclusive results.
There are plenty of elements about that: the way France and Germany are industrialised is pretty different so what worked/did not work for one does not mean it would have worked or not for the other, maybe if Germany would have followed the same path as France the German specificity would have made Germany emitting 8x more instead of 6x (or not, of course), maybe the German way had 60% chance of success and bad luck failed while the France way had 40% chance of success and lucky then they did not failed (not saying it's the case, just that it's tricky to pretend getting lessons from what happened), maybe one country had pushed itself in a corner and will struggle on the last few yards while the other had a worst initial score because they were paving the road (again, not saying it's the case), maybe the success of France relied on having Germany going that way (who knows how the French nuclear park would have evolved if they had Germany that would have provided electricity with exactly the same characteristics and fulfilling the same needs on the same market but having the same drawbacks on the same market), ...
It does not mean we cannot get lessons, but the lessons you bring (or the method itself) are just invalid: no, looking at the electricity map today is just not a way to conclude which strategy is the best. And everyone who reasons like that is just muddying the water rather than being helpful.