Rapid cost decrease of renewables and storage accelerates the decarbonization of China’s power system

RT @DrGangHe: I’d like to share my new paper @CEASSBU @stonybrooku with colleagues @BerkeleyLab in @NatureComms . Title: “Rapid cost decre…

RT @MLiebreich: Thread on implications of continuing renewable energy and battery cost reductions on China's power mix. TLDR: wow!

RT @MLiebreich: Thread on implications of continuing renewable energy and battery cost reductions on China's power mix. TLDR: wow!

RT @elhombredelsol: Recomiendo ampliamente detenerse a leer este hilo que compendia un sólido análisis de las oportunidades que ya están cr…

RT @MLiebreich: Thread on implications of continuing renewable energy and battery cost reductions on China's power mix. TLDR: wow! https://…

RT @DrGangHe: I’d like to share my new paper @CEASSBU @stonybrooku with colleagues @BerkeleyLab in @NatureComms . Title: “Rapid cost decre…

RT @DrGangHe: I’d like to share my new paper @CEASSBU @stonybrooku with colleagues @BerkeleyLab in @NatureComms . Title: “Rapid cost decre…

RT @phadkeamol: Our new paper @naturecomms "cost trends for renewables continue, 62% of China’s electricity could come from nonfossil sourc…

RT @phadkeamol: Our new paper @naturecomms "cost trends for renewables continue, 62% of China’s electricity could come from nonfossil sourc…

RT @elhombredelsol: Recomiendo ampliamente detenerse a leer este hilo que compendia un sólido análisis de las oportunidades que ya están cr…

Recomiendo ampliamente detenerse a leer este hilo que compendia un sólido análisis de las oportunidades que ya están cruzando la puerta con relación a #infraestructurasostenible (generación+almacenamiento) que harán viable el sueño de #EnergíasRenovablespa

RT @Silvio_Marcacci: This is huge - China could hit 62% clean energy by 2030, saving 11% compared to BAU

RT @phadkeamol: Our new paper @naturecomms "cost trends for renewables continue, 62% of China’s electricity could come from nonfossil sourc…

RT @DrGangHe: I’d like to share my new paper @CEASSBU @stonybrooku with colleagues @BerkeleyLab in @NatureComms . Title: “Rapid cost decre…

RT @MLiebreich: Thread on implications of continuing renewable energy and battery cost reductions on China's power mix. TLDR: wow!

RT @DrGangHe: I’d like to share my new paper @CEASSBU @stonybrooku with colleagues @BerkeleyLab in @NatureComms . Title: “Rapid cost decre…

RT @MLiebreich: Thread on implications of continuing renewable energy and battery cost reductions on China's power mix. TLDR: wow!

RT @MLiebreich: Thread on implications of continuing renewable energy and battery cost reductions on China's power mix. TLDR: wow!

RT @MLiebreich: Thread on implications of continuing renewable energy and battery cost reductions on China's power mix. TLDR: wow!

RT @DrGangHe: I’d like to share my new paper @CEASSBU @stonybrooku with colleagues @BerkeleyLab in @NatureComms . Title: “Rapid cost decre…

RT @NatureComms: 62% of China's electricity will come from non-fossil sources by 2030 at a cost that is 11% lower than achieved through a b…

RT @DrGangHe: I’d like to share my new paper @CEASSBU @stonybrooku with colleagues @BerkeleyLab in @NatureComms . Title: “Rapid cost decre…

RT @DrGangHe: I’d like to share my new paper @CEASSBU @stonybrooku with colleagues @BerkeleyLab in @NatureComms . Title: “Rapid cost decre…

RT @DrGangHe: I’d like to share my new paper @CEASSBU @stonybrooku with colleagues @BerkeleyLab in @NatureComms . Title: “Rapid cost decre…

RT @MLiebreich: Thread on implications of continuing renewable energy and battery cost reductions on China's power mix. TLDR: wow! https://…

RT @Kevin_ODonovan: Now this is worth a read from @DrGangHe ... 👍 Came across this via @MLiebreich ... FYI @TomRaftery, @ThoHeller ; tie…

RT @DrGangHe: I’d like to share my new paper @CEASSBU @stonybrooku with colleagues @BerkeleyLab in @NatureComms . Title: “Rapid cost decre…

RT @DrGangHe: Paper link: https://t.co/KGP58K5Ckq PDF: https://t.co/7uvefDU7l5

Paper link: https://t.co/KGP58K5Ckq PDF: https://t.co/7uvefDU7l5

Now this is worth a read from @DrGangHe ... 👍 Came across this via @MLiebreich ... FYI @TomRaftery, @ThoHeller ; ties in with our chat yesterday ...

RT @DrGangHe: I’d like to share my new paper @CEASSBU @stonybrooku with colleagues @BerkeleyLab in @NatureComms . Title: “Rapid cost decre…

Really important paper & thread. But I do want to point out (again) that, re “Contribution 1” below, such modeling based on renewables learning curves & cost declines in the US anyway, go back to at least “America’s Energy Choices,” in 1992, and na

RT @MLiebreich: Thread on implications of continuing renewable energy and battery cost reductions on China's power mix. TLDR: wow!

RT @DrGangHe: I’d like to share my new paper @CEASSBU @stonybrooku with colleagues @BerkeleyLab in @NatureComms . Title: “Rapid cost decre…

Thread on implications of continuing renewable energy and battery cost reductions on China's power mix. TLDR: wow!

RT @DrGangHe: I’d like to share my new paper @CEASSBU @stonybrooku with colleagues @BerkeleyLab in @NatureComms . Title: “Rapid cost decre…

I’d like to share my new paper @CEASSBU @stonybrooku with colleagues @BerkeleyLab in @NatureComms . Title: “Rapid cost decrease of renewables and storage accelerates the decarbonization of China’s power system”. Paper: https://t.co/ztHzSw572S PDF: https

RT @phadkeamol: Our new paper @naturecomms "cost trends for renewables continue, 62% of China’s electricity could come from nonfossil sourc…

RT @phadkeamol: Our new paper @naturecomms "cost trends for renewables continue, 62% of China’s electricity could come from nonfossil sourc…

RT @phadkeamol: Our new paper @naturecomms "cost trends for renewables continue, 62% of China’s electricity could come from nonfossil sourc…

This is huge - China could hit 62% clean energy by 2030, saving 11% compared to BAU

RT @phadkeamol: Our new paper @naturecomms "cost trends for renewables continue, 62% of China’s electricity could come from nonfossil sourc…

RT @phadkeamol: Our new paper @naturecomms "cost trends for renewables continue, 62% of China’s electricity could come from nonfossil sourc…

RT @phadkeamol: Our new paper @naturecomms "cost trends for renewables continue, 62% of China’s electricity could come from nonfossil sourc…

Rapic decrease of renewables and storage accelerates the decarbonization of China's power system. @Alberta_Energy @sonyasavage @SeamusORegan @CDNEnergyCentre #abLeg #abpoli #cdnpoli

RT @phadkeamol: Our new paper @naturecomms "cost trends for renewables continue, 62% of China’s electricity could come from nonfossil sourc…

RT @phadkeamol: Our new paper @naturecomms "cost trends for renewables continue, 62% of China’s electricity could come from nonfossil sourc…

Our new paper @naturecomms "cost trends for renewables continue, 62% of China’s electricity could come from nonfossil sources by 2030 at a cost that is 11% lower than BAU" see: https://t.co/LmfpXVLtej #renewablepower #energystorage #chinatech https://t.co/

"Here the authors ... show that if such cost trends for renewables continue, more than 60% of China’s electricity could come from non-fossil sources by 2030 at a cost that is about 10% lower than achieved through a business-as-usual approach." https://t.c

RT @NatureComms: 62% of China's electricity will come from non-fossil sources by 2030 at a cost that is 11% lower than achieved through a b…

RT @NatureComms: 62% of China's electricity will come from non-fossil sources by 2030 at a cost that is 11% lower than achieved through a b…

RT @NatureComms: 62% of China's electricity will come from non-fossil sources by 2030 at a cost that is 11% lower than achieved through a b…

62% of China's electricity will come from non-fossil sources by 2030 at a cost that is 11% lower than achieved through a business-as-usual approach if the cost trends for renewables continue. https://t.co/1tgq2vDsHf