Assessing solar and wind complementarity in Texas

RT @Cargas7: @MoseBuchele Recognizing that West Texas wind is primary an evening power source, and solar is exclusively a daytime power sou…

@MoseBuchele Recognizing that West Texas wind is primary an evening power source, and solar is exclusively a daytime power source, this 2018 Rice study concluded that apx. 85% of grid can be supplied by renewables 24/7. Use of utilty-scale batteries boost

@greg_barton @mauvaisEsprit3 @bobody5614 @benjaminlowe @NucSafetyUCS This study says that they are complementary un Texas I prefer an study. https://t.co/LjrfgAOxT0

@KHancock4TX "We found that solar and wind resources exhibit complementary peaks in production on an annual and daily level and that West and South Texas wind resources also exhibit complementarity." wind and solar combined result in fairly steady power p

@greg_barton @JeffClarkUSA If you want to talk about actual *data* on solar and wind complementarity in Texas, here’s a paper. Some Texan combined solar/wind/storage farms have a “peak average capacity factor” (PACP) of 75% during the summer months https:

And here is another study conducted in TX that shows wind and solar provide complementary power to ERCOT across both the annual and daily cycles. https://t.co/shTNGRz5kP

RT @bascule: @SimonMahan Here’s a great study on this in regard to the ERCOT grid. Combined solar and wind parks can have capacity factors…

@SimonMahan Here’s a great study on this in regard to the ERCOT grid. Combined solar and wind parks can have capacity factors upwards of 75% https://t.co/GUhJOdTch3 https://t.co/MlgTnvszV3

@elmanyana @CarlosLpezMedin @OperadorNuclear Tomando datos cada 30 minutos y no en medias (que no sirven más que para despistar): “The average correlation between solar sites and wind sites was − 0.287, suggesting a weak inverse relationship between solar

@tech_for_future @TheArisen01 @Heather_mom4nuk @BPBartholomew @savediablo It’s solar, wind, and storage. Solar and wind are complementary. This paper talks about sites with a “peak average capacity percentage” (PACP) of 75% https://t.co/Zjx8DNx2sh https:/

@Chino780 @TomMHerman @four4thefire 2/2 Orange line is West Texas wind production. You'll notice that it peaks at night, when cars would be charging. https://t.co/cRrJQTRciC Wind is already 24% of Texas' power. We're projected to be over 50% solar + wi

@bstorrow Wind and solar typically have complementary timing in Texas https://t.co/YNFVp3ypmD

RT @cohan_ds: 7. Yes, balancing variable renewables is a challenge. Yes, we still need nuclear & gas for now, with better maintenance of ol…

RT @cohan_ds: 7. Yes, balancing variable renewables is a challenge. Yes, we still need nuclear & gas for now, with better maintenance of ol…

RT @cohan_ds: 7. Yes, balancing variable renewables is a challenge. Yes, we still need nuclear & gas for now, with better maintenance of ol…

RT @cohan_ds: 7. Yes, balancing variable renewables is a challenge. Yes, we still need nuclear & gas for now, with better maintenance of ol…

RT @cohan_ds: 7. Yes, balancing variable renewables is a challenge. Yes, we still need nuclear & gas for now, with better maintenance of ol…

RT @cohan_ds: 7. Yes, balancing variable renewables is a challenge. Yes, we still need nuclear & gas for now, with better maintenance of ol…

RT @cohan_ds: 7. Yes, balancing variable renewables is a challenge. Yes, we still need nuclear & gas for now, with better maintenance of ol…

RT @cohan_ds: 7. Yes, balancing variable renewables is a challenge. Yes, we still need nuclear & gas for now, with better maintenance of ol…

RT @cohan_ds: 7. Yes, balancing variable renewables is a challenge. Yes, we still need nuclear & gas for now, with better maintenance of ol…

RT @cohan_ds: 7. Yes, balancing variable renewables is a challenge. Yes, we still need nuclear & gas for now, with better maintenance of ol…

RT @cohan_ds: 7. Yes, balancing variable renewables is a challenge. Yes, we still need nuclear & gas for now, with better maintenance of ol…

RT @cohan_ds: 7. Yes, balancing variable renewables is a challenge. Yes, we still need nuclear & gas for now, with better maintenance of ol…

7. Yes, balancing variable renewables is a challenge. Yes, we still need nuclear & gas for now, with better maintenance of old plants and perhaps new peakers. But blending complementary renewables and adding transmission & storage eases the burden.

RT @cohan_ds: @GavinBade @joshdr83 One key will be south Texas wind, which peaks with summer afternoon sea breezes. I expect it helped a lo…

@GavinBade @joshdr83 One key will be south Texas wind, which peaks with summer afternoon sea breezes. I expect it helped a lot based on the windspeeds earlier this week. See Figure 5 of our paper: https://t.co/YNFVp3ypmD

@EnergyLawProf @nrgytariffxpert Probably getting a big assist from the South Texas sea breezes now, as we would expect. https://t.co/zCul8HPGz6 https://t.co/YNFVp3ypmD

@JeffreyCrunk @MichaelRenoNV @dotcommodity Our research shows that it's rare to have simultaneous falloffs of solar, West Texas wind, and South Texas wind, since the resources are complementary. https://t.co/YNFVp3ypmD

@pjconnolly007 @BrianFo29559428 @antoin @ShellenbergerMD @Tesla Yes. https://t.co/KqTR8EqIjP

@ConservAmerica I am with you on figuring out a better way for storage of electricity. Pumped storage is SOOO cool! In Texas, if we scale up solar and wind, then we won't need coal, natural gas or nuclear https://t.co/5YPJFSjYMS

RT @cohan_ds: Our recent research has documented the air pollution and health damage caused by Texas coal plants: https://t.co/1u5QMLZI8z…

Our recent research has documented the air pollution and health damage caused by Texas coal plants: https://t.co/1u5QMLZI8z And demonstrated how wind and solar power can be complementary in Texas: https://t.co/YNFVp3ypmD

RT @jordanmcollins: Assessing solar and wind complementarity in Texas | Renewables: Wind, Water, and Solar | Full Text - https://t.co/aWedi…

Assessing solar and wind complementarity in Texas | Renewables: Wind, Water, and Solar | Full Text - https://t.co/aWedi6G6OY https://t.co/aCfVdWzIpw

RT @cohan_ds: Here's an open-access link to our paper in Renewables: Wind, Water, and Solar, that's described in the Vox article. https://t…

Here's an open-access link to our paper in Renewables: Wind, Water, and Solar, that's described in the Vox article. https://t.co/YNFVp3ypmD

@WadeSchauer7 @SolarInMASS @JesseJenkins @drvox @ERCOT_ISO As our study showed, solar and south Texas wind provide good output during summer peak hours when it's needed most, and west Texas wind at other times. No one is claiming you can go 100% VRE withou

@TheRoot Assessing solar and wind complementarity in Texas https://t.co/KKXSwxgx3X

@nowthisnews Assessing solar and wind complementarity in Texas https://t.co/KKXSwxgx3X

@ReutersUS @ReutersScience @ReutersBiz @ReutersPolitics Assessing solar and wind complementarity in Texas https://t.co/KKXSwxgx3X

@AP @AssociatedPress Assessing solar and wind complementarity in Texas https://t.co/KKXSwxgx3X

@funder Assessing solar and wind complementarity in Texas https://t.co/KKXSwxgx3X

@BetoORourke Assessing solar and wind complementarity in Texas https://t.co/KKXSwxgx3X

@JonB_ChemE @RAINbyte @HoustonChron Right. We found that West Texas wind, coastal wind, and solar are strongest at different times, and thus provide complementary sources of power. https://t.co/zLp0chWSQE

RT @JesseJenkins: @drvox @cohan_ds The paper is actually open access here https://t.co/Nvtpep1enR

RT @cohan_ds: New paper with Joanna Slusarewicz in Renewables looks at the complementarity of wind and solar power resources in Texas. #Spr…

@drvox @cohan_ds The paper is actually open access here https://t.co/Nvtpep1enR

The research linked in this article about the complementarity of West TX wind with Solar and South TX wind is a good bear case for the size of the energy storage market in ERCOT... https://t.co/tqF456woFG

RT @cohan_ds: @scottleibrand @croselund @SolarInMASS @benserrurier @joshdr83 @ERCOT_ISO We looked at the wind + solar complementarity in th…

@scottleibrand @croselund @SolarInMASS @benserrurier @joshdr83 @ERCOT_ISO We looked at the wind + solar complementarity in this paper. Still, more HV will eventually be needed to scale up both. https://t.co/JZnocOVOWc

@saeverley Our research showed that Texas is well positioned for complementary deployment of wind and solar. We didn't look at other regions. https://t.co/YNFVp3ypmD

RT @cohan_ds: New paper with Joanna Slusarewicz in Renewables looks at the complementarity of wind and solar power resources in Texas. #Spr…

RT @cohan_ds: New paper with Joanna Slusarewicz in Renewables looks at the complementarity of wind and solar power resources in Texas. #Spr…

Assessing solar and wind complementarity in Texas https://t.co/gNNbojPYv7 #RenewableEnergy https://t.co/WJ5OvzhrE6

Fine-tuning renewables could help Texas balance energy resources Power grids face challenges ensuring consistent coverage from variable resources https://t.co/yjh6eyrrzg #cleanenergy #solar #energy #solarpower #battery Renewables: Wind, Water and Solar: ht

RT @cohan_ds: New paper with Joanna Slusarewicz in Renewables looks at the complementarity of wind and solar power resources in Texas. #Spr…

RT @cohan_ds: New paper with Joanna Slusarewicz in Renewables looks at the complementarity of wind and solar power resources in Texas. #Spr…

New paper with Joanna Slusarewicz in Renewables looks at the complementarity of wind and solar power resources in Texas. #Springer https://t.co/JZnocOVOWc