Jak je na tom vlastne jadro celosvetove
World Nuclear Performance Report 2023 - World Nuclear Association
https://www.world-nuclear.org/our-association/publications/global-trends-reports/world-nuclear-performance-report/nuclear-industry-performance.aspx

SHEFIK: já vidím vždy to špatné, zvláště u technologií nedotažených k tomu, aby nahradily původní s lepšími výsledky (což OZE tedy rozhodně nemají co do stability, účinnosti a dalších - a přitom jsou bohužel tlačeny do produkce v tomhle nedotaženém stavu, takže oslabuje tlak na další vývoj/dotažení, protože dotace to překryjí... což jsme si ověřili i u nás hned v prvním solárním tunelu, za jehož cenu jsme mohli mít během těch 20 let de-facto 2 velké JE velikosti Temelína v plné velikosti, tj. výkon 8GW a stabilní)...

PES: ty vidis vzdycky to spatny :)

Ale jo, souhlasim, ta nevyhoda, ze tohle brzdi nejakou velkoobjemovou recyklaci prevazuje nad levnym bydlenim s nejakym mensim samonapajenim...

SHEFIK: de-facto rezignace na jakoukoliv recyklaci použitých materiálů a jen "o něco lepší" varianta skládky :-( Navíc s takovou se ta recyklace nikdy nerozjede (pokud bude dražší než to prostě hodit na nějaký podobný "building material").

MLEKAR_STEIN: Já myslím, že pokud jde o energetickou náročnost provozu, který bude moci dobře reagovat na energetické (spíše sezónní) přebytky, tak to tak moc vadit nebude. Z toho bude do budoucna asi hodně těžit vodík...

PES: tak pořáď je tu výroba čpavku, která energeticky moc nevychází. :)

Výborně, nahradíme benzín toxických plynem, co leptá kůži, způsobuje slepotu, a když se dostane do vody, tak zruší Bečvu rychlejš než Deza, what could go wrong...

...a co kdyby ani ropa a ani elektro-baterie?

Nové řešení spalovacího motoru snižující emise CO2 o 90 procent funguje velmi jednoduše, může změnit běh dějin | Autoforum.cz
https://www.autoforum.cz/technika/nove-reseni-spalovaciho-motoru-snizujici-emise-co2-o-90-procent-funguje-naramne-jednoduse-muze-zmenit-beh-dejin/

Thursday evening (July 27, 2023) Seaver Wang of the Breakthrough Institute published an attack on 100% renewable papers and took specific aim at the group at LUT University in Finland lead by prof Christian Breyer. The attack states 100% RE models are “bunk” because they use unrealistically low prices for renewable energy and are overly simplistic.

My rebuttal to Wang’s attack shows Wang’s criticism contains errors and applies to most energy models (not just those from LUT or 100% Renewables research). But I had a very respectful and honest exchange with both Wang and prof Breyer before publishing this text that makes me hopeful. I think the attack stresses that ecomodernists and renewable energy (RE) proponents increasingly have a shared reality which may enable an evidence-based debate instead of mud-slinging ad-hominems. The next step is joining forces to provide the world with more progressive scenarios for tackling climate change. (What can I say: I’m an optimist.)

How a recent attack on 100% renewable models might end the trench warfare and benefit our climate - NEON Research
https://neonresearch.nl/thebti-rebuttal/

Energy storage bidding price -50% YoY v Cine

The Energy Storage Market is Booming: Anticipated Surge in Growth Rates- EnergyTrend
https://m.energytrend.com/research/20230731-34432.html

The Global Energy Storage Market Demand Report by TrendForce predicts a substantial surge in new installed capacity for global energy storage, reaching an impressive 43.43GW/95.73GWh in 2023. This anticipated growth represents year-on-year increases of 90.4% and 111.7%.

...

Based on TrendForce data for 2023, the U.S. energy storage market is poised for significant growth. The positive trend in PV installation capacity and the implementation of the ITC tax credit, which now includes independent energy storage, are expected to fuel a continued increase in energy storage installations. Projections indicate that the new installed capacity is set to reach approximately 11.98GW/30.07GWh in 2023.
In Europe, the installed capacity is also expected to experience growth, driven by the continued promotion of subsidy policies for PV storage installations. Household storage yields remain high, and it is estimated that the added new energy storage installed capacity could reach around 8.47GW/15.69GWh in 2023. The global energy storage market is currently in a phase of rapid expansion, with electrochemical energy storage emerging as a leading contributor to this growth. This trend is expected to persist, making electrochemical energy storage the primary incremental contributor in the future. China, the United States, and Europe continue to stand as the main global markets in the new energy storage sector.

SHEFIK: Maroko jsou docela v pohode typci, ted jsme tam dodali software. Alzirani jsou uplne jini, takovi mnohem linejsi, zvykli na bohatstvi z plynu.