摘要：Proposed alternatives scenarios methodology allows retrospective analysing of decarbonisation processes in 26 national Public Electricity and Heat Production (PEHP) sectors in EU, based on 1990..2016 national CO2 emission inventories. The CO2 emission driving forces for PEHP sectors were defined and investigated in 26 years emission pathways approach. Graphical overview of 108 prepared (real and alternatives) emission pathways allow assessing CO2 emission factors impact, pathways grouping and indicating the dominant pathway of 1990..2016 decarbonisation in EU national PEHP sectors. The alternatives scenarios methodology based on historical data enables to drawn lessons from past to move the European PEHP into a low-carbon future.
其他摘要：Proposed alternatives scenarios methodology allows retrospective analysing of decarbonisation processes in 26 national Public Electricity and Heat Production (PEHP) sectors in EU, based on 1990..2016 national CO2 emission inventories. The CO2 emission driving forces for PEHP sectors were defined and investigated in 26 years emission pathways approach. Graphical overview of 108 prepared (real and alternatives) emission pathways allow assessing CO2 emission factors impact, pathways grouping and indicating the dominant pathway of 1990..2016 decarbonisation in EU national PEHP sectors. The alternatives scenarios methodology based on historical data enables to drawn lessons from past to move the European PEHP into a low-carbon future.
