

Bigger Better Faster More Climate Action : Game On
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@GameOnClimate
BIGGER Ambition BETTER Communication FASTER Implementation MORE Resources










@ChrisGloninger @epaleezeldin A fantastic win for Americans who aren't monetizing the climate scam.






For those that doubt. Denmark has made enormous strides in weaning itself off fossil fuel dependency. A population similar to ours, they harnessed wind/sun and developed biomethane to replace fossil gas. Let’s use science, engineering economics and environment, not ideology!!!

🚨 China may have just attacked one of clean energy’s biggest bottlenecks: Storage. Not with lithium. With iron. Read that again. A new all-iron flow battery reportedly ran 6,000 cycles with no capacity decay equivalent to ~16 years of daily use. And iron costs a fraction of lithium. Why this matters: Ultra-cheap grid storage Could make solar/wind far more dispatchable Water-based and non-flammable Designed for decades, not years But it gets wilder: The breakthrough was molecular. Researchers built a kind of electrostatic “force field” around iron chemistry to stop degradation and material crossover the two problems that held iron batteries back. That’s not just a battery advance. That’s materials physics rewriting energy economics. If cheap long-duration storage scales… what happens to the energy map? Follow me I track where physics becomes technology.






Atomkraft boomt weltweit? Die Fakten zeigen das Gegenteil.




I’m not anti-nuclear. It’s proven, reliable, and safety fears are often overblown. But energy systems aren’t built on preference. They’re built on cost and speed. A new European system-level analysis shows: 👉 Renewables + firming: ~€46/MWh 👉 Nuclear: ~€100/MWh 👉 ~53% cheaper pv-magazine.com/2026/04/17/new… That’s including system costs. Now look at reality: Spain added ~10 GW of wind + solar in ONE year. Nuclear equivalent (Flamanville-style)? 👉 ~€80bn+ 👉 ~15–17 years Reality? 👉 ~€12–20bn 👉 Delivered in a year 👉 ~€60bn+ saved upfront Scale it: That ~27 GW “solar moment”? 👉 ~€220bn+ if nuclear 👉 ~€35–50bn real-world system 👉 ~€170bn+ cheaper And CSIRO GenCost backs it: Even with firming included, 👉 wind + solar = lowest-cost new build 👉 nuclear = materially higher 👉 SMRs = higher again So let’s be clear: This isn’t renewables vs nuclear. It’s: fast, modular, falling-cost systems vs slow, capital-heavy, rising-risk ones Faster Cheaper Already happening Not ideology. Math. Cost always wins 🏆 #Bettrification


Ennesimo altro studio che mostra come il 100% rinnovabili costi molto meno di scenari che includono il nucleare Nota bene: il confronto è al 2050, quando alcuni (ottimisticamente) pensano che il nucleare costerà la metà di quanto costi oggi Tutto da vedere che il nucleare riesca in quelle riduzioni di costo, dato che è una fonte stagnante da un quarto di secolo Ma anche con questa ipotesi ottimistica, il 100% rinnovabili costerà la metà Sì, la metà includendo gli altri costi di sistema: l'accumulo, la trasmissione, etc. Non sono risultati nuovi, eh, c'è ormai ampia letteratura scientifica, checché ne dicano i nucleo-negazionisti, gli ultimi giapponesi dell'atomo








