How do energy crises affect decarbonization?
We show that 2022 π·πΊ invasion of πΊπ¦ neither accelerated nor derailed EU's energy transitions.
Despite lower subsidies for RE and higher support for fossils
#Solar β, #wind, #gas, #oil β, #coal β
doi.org/10.3390/en19...
@mdpiopenaccess.bsky.social
Offshore will be vital after 2050 β but for getting to Net Zero proven land-based renewables remain key. 3/3
A study in @ScienceMagazine shows wind & solar in just 1% of coastal waters could generate 22 PWh/yr β nearly all global electricity. However
β‘ Floating renewables need years to mature
β Sites at sea must compete with fishing, navigation & security 2/3
www.science.org/doi/10.1126/...
Building #renewables on land is getting harder as good sites run out
π What if we build wind and solar at sea?
I, @jdjewell.bsky.social & Tim Kazlou argue in @uk.theconversation.com that only a small share of the vast offshore potential can be used by 2050 theconversation.com/just-1-of-co... 1/3
whoβs going to break the news to gen z..
Sure. But as soon as a solution is "on the list" we should be able to do a feasibility assessment similar to that we did for CCS here.
That's true, but neither of those can support negative emissions or contribute in other niche CCS applications. So we need CCS even if all renewables and related tech develop astronomically fast.
Our recent @natureportfolio.bsky.social paper with TKazlou & @acherp.bsky.social argues there is little hope #CCS can grow fast enough for 1.5Β°C target. The 2Β°C target is realistic if CCS failure drops fast and CCS expands as fast as mainstream energy technologies. www.nature.com/articles/s41...