2018 Nature Energy article showed how much inter-annual variability of weather can affect VRE-heavy energy models. They modeled elec decarbonization for UK using ten different single weather years for gen; each column here shows variation across those runs
Marianne Zeyringer & team @UCL_Energy showed that energy systems modelling needs to incorporate inter-annual weather variability into planning decisions https://t.co/UAzR4wsYVd #WomenInScience #WomenInEnergy
Open Access UCL Research: Designing low-carbon power systems for Great Britain in 2050 that are robust to the spatiotemporal and inter-annual variability of weather https://t.co/o2JUnjRykL
RT @NatureEnergyJnl: Researchers are trying to understand how to incorporate weather variability into models of future power systems that r…
RT @NatureEnergyJnl: Researchers are trying to understand how to incorporate weather variability into models of future power systems that r…
RT @NatureEnergyJnl: Researchers are trying to understand how to incorporate weather variability into models of future power systems that r…
RT @NatureEnergyJnl: Researchers are trying to understand how to incorporate weather variability into models of future power systems that r…
Really impressive work... Sth like the combination of complexity science and energy. 👏👏
RT @NatureEnergyJnl: Researchers are trying to understand how to incorporate weather variability into models of future power systems that r…
RT @NatureEnergyJnl: Researchers are trying to understand how to incorporate weather variability into models of future power systems that r…
RT @NatureEnergyJnl: Researchers are trying to understand how to incorporate weather variability into models of future power systems that r…
RT @NatureEnergyJnl: Researchers are trying to understand how to incorporate weather variability into models of future power systems that r…
RT @NatureEnergyJnl: Researchers are trying to understand how to incorporate weather variability into models of future power systems that r…
RT @NatureEnergyJnl: Researchers are trying to understand how to incorporate weather variability into models of future power systems that r…
Researchers are trying to understand how to incorporate weather variability into models of future power systems that rely heavily on renewables. This study from @UCL_Energy does this for Great Britain out to 2050: read free at https://t.co/o3z0ucDd5Y #Gree
RT @NatureEnergyJnl: .@UCL_Energy's Marianne Zeyringer et al. show that energy systems modelling needs to incorporate inter-annual weather…
RT @NatureEnergyJnl: .@UCL_Energy's Marianne Zeyringer et al. show that energy systems modelling needs to incorporate inter-annual weather…
RT @NatureEnergyJnl: .@UCL_Energy's Marianne Zeyringer et al. show that energy systems modelling needs to incorporate inter-annual weather…
RT @NatureEnergyJnl: .@UCL_Energy's Marianne Zeyringer et al. show that energy systems modelling needs to incorporate inter-annual weather…
RT @NatureEnergyJnl: .@UCL_Energy's Marianne Zeyringer et al. show that energy systems modelling needs to incorporate inter-annual weather…
This is a great work from Marianne and colleagues from @UCL_Energy. Looking forward to reading the final version on @NatureEnergyJnl. https://t.co/voQ9PShbkG
.@UCL_Energy's Marianne Zeyringer et al. show that energy systems modelling needs to incorporate inter-annual weather variability into planning decisions https://t.co/0eEPO3oZHv
RT @st_pye: New @NatureEnergyJnl paper by @UCL_Energy colleagues highlights the need for high renewable system design to be robust to inter…
RT @st_pye: New @NatureEnergyJnl paper by @UCL_Energy colleagues highlights the need for high renewable system design to be robust to inter…
RT @st_pye: New @NatureEnergyJnl paper by @UCL_Energy colleagues highlights the need for high renewable system design to be robust to inter…
RT @st_pye: New @NatureEnergyJnl paper by @UCL_Energy colleagues highlights the need for high renewable system design to be robust to inter…
New @NatureEnergyJnl paper by @UCL_Energy colleagues highlights the need for high renewable system design to be robust to inter-annual variability of weather, to ensure reliability and the meeting of decarbonisation targets https://t.co/m0feNLkCUD
Designing low-carbon #power systems for #Great #Britain in 2050 that are robust to the spatiotemporal and inter-ann..https://t.co/81s7YnPZMu