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

RT @JMGlachant: In ‘Nature’ New study shows that China could capitalize on rapid cost decrease of renewables and storage to accelerate it…

Plummeting clean energy prices mean #China could reliably run its grids on at least 62% non-fossil electricity generation by 2030, while cutting costs 11% compared to a business-as-usual approach. Hence, it’s cheaper to #save the climate than #destroy it.

RT @JMGlachant: In ‘Nature’ New study shows that China could capitalize on rapid cost decrease of renewables and storage to accelerate it…

RT @JMGlachant: In ‘Nature’ New study shows that China could capitalize on rapid cost decrease of renewables and storage to accelerate it…

In ‘Nature’ New study shows that China could capitalize on rapid cost decrease of renewables and storage to accelerate its decarbonization This new modeling suggests that 62% China’s electricity could be green by 2030 at cost 11% lower than b-a-u. http

Quote from: https://t.co/lqu0eqomVt

RT @DrGangHe: Thank you @Silvio_Marcacci / @EnergyInnovLLC for featuring our @NatureComms paper (https://t.co/KGP58K5Ckq) in @Forbes . Ni…

Thank you @Silvio_Marcacci / @EnergyInnovLLC for featuring our @NatureComms paper (https://t.co/KGP58K5Ckq) in @Forbes . Nice summary to put our paper in context and in perspective. https://t.co/4bziSfD4YF

Rapid cost decrease of #renewables and #storage is accelerating the #decarbonization of #China power system https://t.co/iZ9AmAMOYC

Energy Department lab determines China could reduce carbon emissions 62% save 11% in cost and reduce percentage of nuclear electricity by 2030 investing in cheaper renewables and battery storage https://t.co/nNm0QG9qHZ

@hippo9326 @Lapincretin17 @PonsJuju @PaulNeau @sdnfr J’adore votre humour... Vous parlez de deux EPR qui fonctionnent en 🇨🇳 (temps de construction 110 et 113 mois [60 prévus], où il y a eu aussi une importante « dérive des coûts »)... Alors Flamanville, Hi

@sylvaingdr @challiernicolas @afcbastien @PaulNeau Les faits: C’est grâce aux EnR et ses prix fortement ↘️ que la 🇨🇳 décarbone son ⚡️! Une bonne chose!! Du scientifique: Rapid cost decrease of renewables and storage accelerates the decarbonization of Chi

@Lapincretin17 @GaelJouneau @PaulNeau @corinnelepage Non! C’est grâce aux EnR que la 🇨🇳 p.ex. décarbone son ⚡️... Car EnR sont un multiple du ☢️! Lisez: Rapid cost decrease of renewables and storage accelerates the decarbonization of China’s power system

@Lapincretin17 @GaelJouneau @PaulNeau @corinnelepage P.ex. 🇨🇳 ⚡️production 2018: Hydro: 17,6%; 💨 5,2%; ☀️ 2,5%; ☢️ 4,2%; Biom 1,3%. EnR: 2 x ☢️; Hydro+EnR: 6 x ☢️! Next «5-year-plans» (2030). EnR: 4 x ☢️! Hydro+EnR: 8 x ☢️! Rapid cost decrease of RE &a

@Lapincretin17 @GaelJouneau @PaulNeau @corinnelepage P.ex. 🇨🇳 ⚡️production 2018: Hydro: 17,6%; 💨 5,2%; ☀️ 2,5%; ☢️ 4,2%; Biom 1,3%. EnR: 2 x ☢️; Hydro+EnR: 6 x ☢️! Next «5-year-plans» (2030). EnR: 4 x ☢️! Hydro+EnR: 8 x ☢️! Rapid cost decrease of RE &a

@sylvaingdr @challiernicolas @afcbastien @PaulNeau P.ex. 🇨🇳 ⚡️production 2018: Hydro: 17,6%; 💨 5,2%; ☀️ 2,5%; ☢️ 4,2%; Biom 1,3%. EnR: 2 x ☢️; Hydro+EnR: 6 x ☢️! Next «5-year-plans» (2030). EnR: 4 x ☢️! Hydro+EnR: 8 x ☢️! Rapid cost decrease of RE &amp

@sylvaingdr @challiernicolas @afcbastien @PaulNeau P.ex. 🇨🇳 ⚡️production 2018: Hydro: 17,6%; 💨 5,2%; ☀️ 2,5%; ☢️ 4,2%; Biom 1,3%. EnR: 2 x ☢️; Hydro+EnR: 6 x ☢️! Next «5-year-plans» (2030). EnR: 4 x ☢️! Hydro+EnR: 8 x ☢️! Rapid cost decrease of RE &amp

@ferney_paul @ChSimonSU @PiqueJalapeno @Cricrif46 @greenpeacefr Et bravo pour la rigueur scientifique! Opposer un article d’experts - paru dans Nature - à un petit article des Échos ! Génial! Lisez d’abord l’étude sérieuse dans Nature ! https://t.co/A1z7

@ferney_paul @ChSimonSU @PiqueJalapeno @Cricrif46 @greenpeacefr Je ne vous ai pas permis de me tutoyer! Mauvaise éducation?! Et scoop: Rapid cost decrease of renewables and storage accelerates the decarbonization of China’s power system Grâce aux EnR !

@ferney_paul @ChSimonSU @PiqueJalapeno @Cricrif46 @greenpeacefr Et oui ! Rapid cost decrease of renewables and storage accelerates the decarbonization of China’s power system | Nature Communications https://t.co/A1z7JywXA9

RT @AllanTMarks: Despite the #pandemic and lower demand growth, the trend toward #RenewableEnergy continues with coal based generation in t…

RT @AllanTMarks: Despite the #pandemic and lower demand growth, the trend toward #RenewableEnergy continues with coal based generation in t…

Despite the #pandemic and lower demand growth, the trend toward #RenewableEnergy continues with coal based generation in the US falling. The impact of falling capital costs for renewables, plus very low operating costs compared to coal and gas, is global.

#MakeCleanEnergyCheap

For all the people crying "What about China???" https://t.co/GDPlW87uP7 Australian leadership - take note. #auspol #climatechange

All the Asian industrial nations, because of their high population density & elec needs per capita, are going to the hard to supply with local renewables. Something bigger needs to be imagined, like this Chinese study which makes use of 1000+km HVDC li

@PPEEBPORG Rapid cost decrease of renewables and storage accelerates the decarbonization of China’s power system | Nature Communications https://t.co/A1z7JywXA9

RT @harvestoreEU: New @NatureComms article: "Rapid cost decrease of renewables and storage accelerates the decarbonization of China’s power…

RT @matflamm: @PPEEBPORG @ericvidalenc FAUX! En 🇨🇳, p.ex. les EnR participent principalement à la décarbonisation de l’⚡️! Rapid cost decr…

Mais, en Chine l'électricité est largement issue du charbon !

@PPEEBPORG @ericvidalenc FAUX! En 🇨🇳, p.ex. les EnR participent principalement à la décarbonisation de l’⚡️! Rapid cost decrease of renewables and storage accelerates the decarbonization of China’s power system | Nature Communications https://t.co/A1z7Jy

What China does clearly matters. But it’s worth reading the Nature study this article cites which finds China could produce 62% of its electricity from renewables by 2030 at a cost that is 11% lower than business as usual. https://t.co/IxbFZyVWdx https://t

@TristanKamin @CKernkraft @Greenpeace_Lux @ClimatAlix @McMarghem @DieschbourgC Concernant la 🇨🇳 p.ex., les EnR contribuent fortement à décarbonner l’⚡️! Les faits sont tenaces! Rapid cost decrease of renewables and storage accelerates the decarbonization

New @NatureComms article: "Rapid cost decrease of renewables and storage accelerates the decarbonization of China’s power system https://t.co/3hao1PnfqF "

@JChahut @PaulNeau Un peu de sérieux et de scientifique concernant l’avantage des EnR: P.ex. concernant la 🇨🇳! Rapid cost decrease of renewables and storage accelerates the decarbonization of China’s power system | Nature Communications https://t.co/A1z7

RT @DrGangHe: Thank you for the kind note! I appreciate the support. @CarbonBrief has a nice summary post about the paper and is more dige…

RT @YanQinyq: Super insightful paper on China's power system trends by @DrGangHe I hope China will ramp up usage of cost-effective renewa…

RT @DrGangHe: Thank you for the kind note! I appreciate the support. @CarbonBrief has a nice summary post about the paper and is more dige…

RT @DrGangHe: Thank you for the kind note! I appreciate the support. @CarbonBrief has a nice summary post about the paper and is more dige…

Thank you for the kind note! I appreciate the support. @CarbonBrief has a nice summary post about the paper and is more digestible to read. https://t.co/3dUdDJp5l4

Despite all the reports of new coal power in china it looks like the economics are working against it due to drastic drop in renewables prices. Interesting paper, but logic doesn’t always rule. https://t.co/SJLyLj6YSY

RT @ProfDavidHart: Congratulations to. ⁦@DrGangHe⁩ !! Rapid cost decrease of renewables and storage accelerates the decarbonization of Chin…

Congratulations to. ⁦@DrGangHe⁩ !! Rapid cost decrease of renewables and storage accelerates the decarbonization of China’s power system | Nature Communications https://t.co/Wahzc7GiiK

RT @pablonegri: Estudio (https://t.co/wtk8BDgjGx) revela que el sector eléctrico de China podría ser un "10% más barato en 2030", con más e…

RT @pablonegri: Estudio (https://t.co/wtk8BDgjGx) revela que el sector eléctrico de China podría ser un "10% más barato en 2030", con más e…

RT @DrGangHe: Thank you @LeoHickman and @DrSimEvans for getting our summary post of the @NatureComms paper https://t.co/KGP58K5Ckq to today…

RT @YanQinyq: Super insightful paper on China's power system trends by @DrGangHe I hope China will ramp up usage of cost-effective renewa…

RT @DrGangHe: Thank you @LeoHickman and @DrSimEvans for getting our summary post of the @NatureComms paper https://t.co/KGP58K5Ckq to today…

RT @YanQinyq: Super insightful paper on China's power system trends by @DrGangHe I hope China will ramp up usage of cost-effective renewa…

RT @pablonegri: Estudio (https://t.co/wtk8BDgjGx) revela que el sector eléctrico de China podría ser un "10% más barato en 2030", con más e…

Super insightful paper on China's power system trends by @DrGangHe I hope China will ramp up usage of cost-effective renewable energy resources. My coal-rich hometown (in the middle) already got power cuts twice this week as summer cooling drives up dema

Estudio (https://t.co/wtk8BDgjGx) revela que el sector eléctrico de China podría ser un "10% más barato en 2030", con más energías renovables 👇 #CrisisClimática https://t.co/rapfiCEDJr

RT @bataille_chris: " ..if cost trends for renewables continue, 62% of China’s electricity could come from non-fossil sources by 2030 at a…

" ..if cost trends for renewables continue, 62% of China’s electricity could come from non-fossil sources by 2030 at a cost 11% lower than (the) BAU FF approach ... China’s power sector could (halve) its 2015 emissions at a cost ~6% lower compared to BAU"

RT @DrGangHe: Thank you @LeoHickman and @DrSimEvans for getting our summary post of the @NatureComms paper https://t.co/KGP58K5Ckq to today…

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

RT @DrGangHe: Thank you @LeoHickman and @DrSimEvans for getting our summary post of the @NatureComms paper https://t.co/KGP58K5Ckq to today…

Thank you @LeoHickman and @DrSimEvans for getting our summary post of the @NatureComms paper https://t.co/KGP58K5Ckq to today's headline of @CarbonBrief . https://t.co/3dUdDJGGJE

RT @jqontech: On another crisis front: More reasons to think we could ameliorate #ClimateChange: #renewables https://t.co/42OFAdtnsE

@nikopol @energie_crise Rapid cost decrease of renewables and storage accelerates the decarbonization of China’s power system | Nature Communications https://t.co/A1z7JywXA9

RT @PKuipersMunneke: Batterijen en zonnepanelen worden zo goedkoop dat een groot land als China in 2030 mogelijk al 60% van alle elektricit…

Addressing #climatechange

RT @jqontech: On another crisis front: More reasons to think we could ameliorate #ClimateChange: #renewables https://t.co/42OFAdtnsE

On another crisis front: More reasons to think we could ameliorate #ClimateChange: #renewables https://t.co/42OFAdtnsE

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

RT @alannogee: @drvox And optimistic tech news: US renewable generation passes coal for 1st time in 130 years. https://t.co/bkwrg1p0Fa…

@drvox And optimistic tech news: US renewable generation passes coal for 1st time in 130 years. https://t.co/bkwrg1p0Fa US meets Obama Clean Power Plan goal 11 years early. https://t.co/Eu9J5kZvVy Rapid cost decrease of RE+storage to accelerate China

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

RT @Marisazayas1: 📖 "Rapid cost decrease of renewables and storage accelerates the decarbonization of China’s power system" https://t.co/QH…

📖 "Rapid cost decrease of renewables and storage accelerates the decarbonization of China’s power system" https://t.co/QHwFIInmxK 🗞️https://t.co/SDQYfRX0Qg vía @BerkeleyLabETA

@PeterWSinclair @johnfocook 62% of China’s electricity could come from non-fossil sources by 2030 at a cost that is 11% lower than achieved through a business-as-usual approach. Peer-reviewed study | open access: https://t.co/okY9XXjwXm PDF: https://t.

62% of China’s electricity could come from non-fossil sources by 2030 at a cost that is 11% lower than achieved through a business-as-usual approach. @BerkeleyLab @DrGangHe Peer-reviewed study | open access: https://t.co/okY9XXjwXm PDF: https://t.co/Yg

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

@SirChar17262525 Sorry for the inconvenience, please try below: Paper link: https://t.co/KGP58K5Ckq PDF: https://t.co/7uvefDU7l5

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

RT @PKuipersMunneke: Batterijen en zonnepanelen worden zo goedkoop dat een groot land als China in 2030 mogelijk al 60% van alle elektricit…

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 @PKuipersMunneke: Batterijen en zonnepanelen worden zo goedkoop dat een groot land als China in 2030 mogelijk al 60% van alle elektricit…

RT @PKuipersMunneke: Batterijen en zonnepanelen worden zo goedkoop dat een groot land als China in 2030 mogelijk al 60% van alle elektricit…

RT @PKuipersMunneke: Batterijen en zonnepanelen worden zo goedkoop dat een groot land als China in 2030 mogelijk al 60% van alle elektricit…

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

RT @PKuipersMunneke: Batterijen en zonnepanelen worden zo goedkoop dat een groot land als China in 2030 mogelijk al 60% van alle elektricit…

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 @PKuipersMunneke: Batterijen en zonnepanelen worden zo goedkoop dat een groot land als China in 2030 mogelijk al 60% van alle elektricit…

RT @PKuipersMunneke: Batterijen en zonnepanelen worden zo goedkoop dat een groot land als China in 2030 mogelijk al 60% van alle elektricit…