1/ New research @UniLUT@hasretshnmetu https://t.co/u4CH7HmKcU investigates #spatial representation impacts on #EROI trends for the #European power system by using 6 #decarbonisation energy transition scenarios based on #3 different spatial representations. @IET_Research
1/ New research @UniLUT@SolomonAA2@hasretshnmetu, https://t.co/4yySIw6CjK
presents a new systemwide energy return on investment (EROI) model and how EROI trends depend on energy transition pathway options and system design issues.
1/ New research @UniLUT examines critical materials in the energy transition. https://t.co/W1AXT5S5cp It finds the current definition is short term & local. Cobalt, copper, nickel, others, may face severe supply issues in two decades. A global approach is vital.
1/ New research @UniLUT@hasretshnmetu https://t.co/DYt18LVxk1 examines the net energy performance of 9 #decarbonisation global energy transition scenarios until 2050 by applying the systemwide #EROI at the electricity level. @NatureComms
1/ New research @UniLUT@SolomonAA2 https://t.co/Pp7FazKmyy
examines the discrepancies of various energy related indicators (e.g. EROI) and shows the necessity of standardising primary energy quality in order to achieve a meaningful quantification of various indicators.
/1 Latest @UniLUT research shows that #100RE in global power sector in 2030s is the least cost case: https://t.co/Iupux2r14l. Comparison to #WEO scenarios of #IEA and @SvenTeske /DLR scenarios. Modelling in 1-h temporal and 9 global regions resolution.
Adani Green switches on 390 MW wind-solar hybrid power plant in India https://t.co/Kj8PSUhXyX - great to see wind-solar hybrid emerging in #India - more insights on this hybrid power plant approach: https://t.co/6jP2GO7595 @ashishgulagi@ManishRam_T
new @UniLUT research on #100RE in #Ethiopia: https://t.co/vdk6JLf3XM - key insights: solar PV & wind & hydropower is the least cost & job-richest option for the >100 million Ethiopians @oyewo_solomon @SolomonAA2@BenjaminSovaco1@yohunakin @PhilBlech @sebastiansterl @mzjacobson
A balanced lithium supply and demand depends on recycling systems,vehicle-to-grid integration and transportation services with lower Li intensity. @SolomonAA2@ChristianOnRE@UniLUT
https://t.co/0oZpnXkZSL
Sustainable energy transition requires global efforts to balance the supply & demand of lithium.
Sustainability in e.g. transportation is at risk, battery recycling urgently needed, say
@SolomonAA2 & @ChristianOnRE, in @NatureComms article.
➔ Learn more: https://t.co/5SBYc8WfD1