@widescape Problem sind lange Phase mit Unterversorgung, nicht absolute Dunkelflauten an sich. 1 Monat ist das Minimum lt. meisten Studien, z.B. https://t.co/heWcZrGsdT Nenne doch mal Zahlen. Wie viel saisonale Speicherkapazität würde die Stadt nur für ihr
703. Surplus from and storage of electricity generated by intermittent sources: A back-up system is necessary with the power of 89% of peak load https://t.co/LazNq1H84C
@DerClue @avi_shomer @OliverHaas19 @MoormannRainer @SebastianWetz @Klima_Mahner @FridayForFuture @AntiAtomKA Jedes Prozent ist natürlich zuviel. Tiefe Dekabonisierung wäre auch nur mit einem Kohleausstieg anstelle des jetzigen Ausstieges möglich gewesen. B
@HerrmannPierre @MoormannRainer @HinterfragendeR @ExtinctionR "I feel it's useless to discuess [sic]" Die Wissenschaft geht nicht weg. "As the German energy transition replaces one CO2-free electricity supply system by another one, no major reduction in
@MunibAgha @TspBackgroundEK @CKemfert @P_Graichen Die Erkenntnis kommt früh. Nur 18 Jahre zu spät. https://t.co/EehxorYRh8
@TspBackgroundEK @bwe_sh @CKemfert @P_Graichen Die Erkenntnis kommt früh. Nur 18 Jahre zu spät. https://t.co/EehxorYRh8
RT @george_lerner: Storage 89% peak power too low, when weeks of bad weather, low sun low wind? #baseloadMSR #MoltenSaltReactor https://t.c…
RT @george_lerner: Storage 89% peak power too low, when weeks of bad weather, low sun low wind? #baseloadMSR #MoltenSaltReactor https://t.c…
RT @george_lerner: Storage 89% peak power too low, when weeks of bad weather, low sun low wind? #baseloadMSR #MoltenSaltReactor https://t.c…
RT @AirGreenContest: Analyse par Max Planck Institute sur 5 ans d'#Energiewende montre l'infaisabilité du 100% EnR On nous aurait menti ? h…
@debbieward2000 @AlexSteffen Germany is not on target. Lots of material out there about that. Here's one: https://t.co/4DdDnIXRlj
RT @ShellenbergerMD: Powering Germany on wind/solar would require storage for 89% of peak power, new study finds. https://t.co/2whXScmdxU…
RT @ShellenbergerMD: Powering Germany on wind/solar would require storage for 89% of peak power, new study finds. https://t.co/2whXScmdxU…
I'm agnostic abt how we get to 100% 0-C energy, as long as it's lowest-cost option. 100% RE might not be that soln. https://t.co/ODV4e2mSzH
@ApusNL For more in depth info on the (non)economics of storage for renewable energy, see the link: https://t.co/zsCJ0Ex6xi
RT @AirGreenContest: @Thibault77700 Il y a hélas bien plus à résoudre que la faisabilité technique du PtG @sauvonsleclimat https://t.co/l0…
RT @WSpencerReeder: have to look at the viability ($) of 100% renewables grid - if you want zero carbon (you should) we need baseload like…
RT @ShellenbergerMD: Powering Germany on wind/solar would require storage for 89% of peak power, new study finds. https://t.co/2whXScmdxU…
RT @WSpencerReeder: have to look at the viability ($) of 100% renewables grid - if you want zero carbon (you should) we need baseload like…
RT @WSpencerReeder: have to look at the viability ($) of 100% renewables grid - if you want zero carbon (you should) we need baseload like…
RT @WSpencerReeder: have to look at the viability ($) of 100% renewables grid - if you want zero carbon (you should) we need baseload like…
RT @ShellenbergerMD: Powering Germany on wind/solar would require storage for 89% of peak power, new study finds. https://t.co/2whXScmdxU…
Surplus from and storage of electricity generated by intermittent sources https://t.co/548U2vTbuE #nuclear #uranium #thorium
RT @WSpencerReeder: have to look at the viability ($) of 100% renewables grid - if you want zero carbon (you should) we need baseload like…
RT @WSpencerReeder: have to look at the viability ($) of 100% renewables grid - if you want zero carbon (you should) we need baseload like…
RT @ShellenbergerMD: Powering Germany on wind/solar would require storage for 89% of peak power, new study finds. https://t.co/2whXScmdxU…
RT @WSpencerReeder: have to look at the viability ($) of 100% renewables grid - if you want zero carbon (you should) we need baseload like…
RT @WSpencerReeder: have to look at the viability ($) of 100% renewables grid - if you want zero carbon (you should) we need baseload like…
@jmpandera ... but has always been only answered with denial & promises of solving with storage, dubious answer too https://t.co/aFqHvwBtDS
#germany #solar storage https://t.co/aq5WtnXXOP
RT @WSpencerReeder: have to look at the viability ($) of 100% renewables grid - if you want zero carbon (you should) we need baseload like…
RT @WSpencerReeder: have to look at the viability ($) of 100% renewables grid - if you want zero carbon (you should) we need baseload like…
RT @WSpencerReeder: have to look at the viability ($) of 100% renewables grid - if you want zero carbon (you should) we need baseload like…
RT @ShellenbergerMD: Powering Germany on wind/solar would require storage for 89% of peak power, new study finds. https://t.co/2whXScmdxU…
RT @WSpencerReeder: have to look at the viability ($) of 100% renewables grid - if you want zero carbon (you should) we need baseload like…
RT @ShellenbergerMD: Powering Germany on wind/solar would require storage for 89% of peak power, new study finds. https://t.co/2whXScmdxU…
RT @WSpencerReeder: have to look at the viability ($) of 100% renewables grid - if you want zero carbon (you should) we need baseload like…
RT @WSpencerReeder: have to look at the viability ($) of 100% renewables grid - if you want zero carbon (you should) we need baseload like…
Also - GHG emission targets for 2020 in jeopardy & an oversized power supply system. Classic case of Ideology beating common sense/evidence. https://t.co/kH55guYapF
@BobTregilus @FriendsOScience @lopta While you were out: https://t.co/envFR6H8mh
RT @WSpencerReeder: have to look at the viability ($) of 100% renewables grid - if you want zero carbon (you should) we need baseload like…
RT @WSpencerReeder: have to look at the viability ($) of 100% renewables grid - if you want zero carbon (you should) we need baseload like…
have to look at the viability ($) of 100% renewables grid - if you want zero carbon (you should) we need baseload like nuclear; here's why: https://t.co/AEkenD9NLS
A bit late, but paper on German RE roadmap & difficulty of intermittency is worth a read. Also, abstract is brutal. https://t.co/Cp1Po71O6n https://t.co/BmVvrOS3xH
RT @ShellenbergerMD: Powering Germany on wind/solar would require storage for 89% of peak power, new study finds. https://t.co/2whXScmdxU…
RT @ShellenbergerMD: Powering Germany on wind/solar would require storage for 89% of peak power, new study finds. https://t.co/2whXScmdxU…
RT @ShellenbergerMD: Powering Germany on wind/solar would require storage for 89% of peak power, new study finds. https://t.co/2whXScmdxU…
RT @ShellenbergerMD: Powering Germany on wind/solar would require storage for 89% of peak power, new study finds. https://t.co/2whXScmdxU…
Storage 89% peak power too low, when weeks of bad weather, low sun low wind? #baseloadMSR #MoltenSaltReactor https://t.co/fPZeYUHHRx https://t.co/PkRSSWAFIR
RT @ShellenbergerMD: Powering Germany on wind/solar would require storage for 89% of peak power, new study finds. https://t.co/2whXScmdxU…
https://t.co/FMgRIWvJdE For Germany to run on 100% intermittent renewable energy would require an "extremely over-sized power supply syste…
#Science https://t.co/xklrbAG5FD For Germany to run on 100% intermittent renewable energy would require an "extremely over-sized power sup…
https://t.co/rfWHSwYfGx For Germany to run on 100% intermittent renewable energy would require an "extremely over-… https://t.co/tYdx6DJMCz
RT @JvDorp: Dit #energiedebat is gewoon genant. Zonder #kernenergie wordt het niets. Duitse wetenschappers stelden dat al vast: https://t.c…
RT @JvDorp: Dit #energiedebat is gewoon genant. Zonder #kernenergie wordt het niets. Duitse wetenschappers stelden dat al vast: https://t.c…
@mtobis being proposed. The build lots of RE and see what happens approach isn't working. https://t.co/4DdDnIXRlj
@James_BG @ACameronFOE @BusinessGreen Except the German transition looks increasingly like an expensive dead end https://t.co/4DdDnIXRlj
RT @energie_fakten: Surplus from and storage of electricity generated by intermittent sources | SpringerLink https://t.co/YmAbYN1hHZ
@Thibault77700 Il y a hélas bien plus à résoudre que la faisabilité technique du PtG @sauvonsleclimat https://t.co/l0CzkFDHGx
RT @energie_fakten: For the #solar and #wind fans: Eye opening publ. by Max Planck Inst. 4 Plasmaphysics 4 all those who think the #storag…
@AukeHoekstra Ik ben expert op dit gebied. Jij ook? Dan is dit artikel geen nieuws voor je: https://t.co/2L4jGJ13Ec
RT @energie_fakten: For the #solar and #wind fans: Eye opening publ. by Max Planck Inst. 4 Plasmaphysics 4 all those who think the #storag…
RT @JvDorp: Must-read for energy experts, -teachers, -consultants and -policymakers. Don't understand this material? Then please resign now…
Must-read for energy experts, -teachers, -consultants and -policymakers. Don't understand this material? Then please resign now, thank you! https://t.co/zsCJ0Ex6xi
Analyse par Max Planck Institute sur 5 ans d'#Energiewende montre l'infaisabilité du 100% EnR On nous aurait menti ? https://t.co/WdqvrPjnTa
RT @Atomicrod: If you believe EnergieWende will work, please take the time to read this paper. For the sake of German stability https://t.c…
RT @Atomicrod: If you believe EnergieWende will work, please take the time to read this paper. For the sake of German stability https://t.c…
@ShellenbergerMD RE just doesn't have the consistency to power a 24/7 world. https://t.co/4DdDnIXRlj
@scottleibrand @bradplumer There is no evidence that RE is making much progress. Esp after nuclear shutdowns . https://t.co/V2yZGsJIDj
Surplus from and storage of electricity generated by intermittent sources https://t.co/gc7r7m4LZi Gas replaced by lignite! #nuclear #thorium
@KevinClimate @Atomicrod @HenryKBarton I keep reading papers like this one, https://t.co/V2yZGsJIDj
RT @HenryKBarton: Surplus from and storage of electricity generated by intermittent sources #springerlink https://t.co/7jtGh7Jgpy
RT @HenryKBarton: Surplus from and storage of electricity generated by intermittent sources #springerlink https://t.co/7jtGh7Jgpy
Mentre a Espanya les energies renovables no acaben de reposicionar-se, Alemanya comença a calcular la potència a... https://t.co/KG4eDNFf5i
@AssaadRazzouk Nice that it's cheaper, but that doesn't make it a panacea https://t.co/V2yZGsJIDj
RT @Atomicrod: If you believe EnergieWende will work, please take the time to read this paper. For the sake of German stability https://t.c…
Surplus from and storage of electricity generated by intermittent sources https://t.co/gc7r7mmnnS #nuclear #uranium #thorium
RT @totterdell91: If you believe EnergieWende will work, take the time to read this paper https://t.co/x9Spb9UNU6 #thorium #uranium #nuclea…
@IAmDavidYapII RE WS is just no good. It's Junk Electricity ☹️ https://t.co/xuRLWCdu3S
RT @Atomicrod: If you believe EnergieWende will work, please take the time to read this paper. For the sake of German stability https://t.c…
RT @nuclear94: That's not good. Surplus from and storage of electricity generated by intermittent sources | SpringerLink https://t.co/HzdMe…
RT @nuclear94: That's not good. Surplus from and storage of electricity generated by intermittent sources | SpringerLink https://t.co/HzdMe…
RT @totterdell91: If you believe EnergieWende will work, take the time to read this paper https://t.co/x9Spb9UNU6 #thorium #uranium #nuclea…
RT @HenryKBarton: Surplus from and storage of electricity generated by intermittent sources #springerlink https://t.co/7jtGh7Jgpy
RT @Atomicrod: If you believe EnergieWende will work, please take the time to read this paper. For the sake of German stability https://t.c…
RT @Atomicrod: If you believe EnergieWende will work, please take the time to read this paper. For the sake of German stability https://t.c…
If you believe EnergieWende will work, take the time to read this paper https://t.co/x9Spb9UNU6 #thorium #uranium #nuclear #auspol #climate https://t.co/d9SONegC1K
RT @Nuklearia: Versorgungssicherheit mit volatilen Erzeugern und Speichern? Klappt nicht, sagt https://t.co/HNeAj3GsqM. Zitate aus dem Abst…
RT @JanEbenholtz: Well if this article do not change the EU energy strategy then nothing will. If someone read it that is. https://t.co/7Oc…
RT @JanEbenholtz: Well if this article do not change the EU energy strategy then nothing will. If someone read it that is. https://t.co/7Oc…
Well if this article do not change the EU energy strategy then nothing will. If someone read it that is. https://t.co/7OckE0SkRc
RT @gjvu: Zie hier waarom de Duitse - maar ook de Nederlandse - energietransitie niet kán https://t.co/zfyjPK2dUH #EnergieWende #SymboolPol…
RT @gjvu: Zie hier waarom de Duitse - maar ook de Nederlandse - energietransitie niet kán https://t.co/zfyjPK2dUH #EnergieWende #SymboolPol…
RT @Nuklearia: Versorgungssicherheit mit volatilen Erzeugern und Speichern? Klappt nicht, sagt https://t.co/HNeAj3GsqM. Zitate aus dem Abst…
RT @Atomicrod: If you believe EnergieWende will work, please take the time to read this paper. For the sake of German stability https://t.c…
RT @Atomicrod: If you believe EnergieWende will work, please take the time to read this paper. For the sake of German stability https://t.c…