Scenario Description and Study Design Sample Clauses

Scenario Description and Study Design. Section 5 presents in detail the transformation that major emitting sectors need to undergo to comply with the climate neutrality target by mid-century. Different technologies, mitigation options and pathways are discussed. The technologies considered can be found in mainstream research and do not include options with low technological readiness (e.g., electric airplanes). The roadmap analysis is based on applied large-scale modelling, using three well-established energy system models, i.e., PRIMES, REMIND and ETM-UCL. The models explore alternative climate policy ambition pathways and different technological configurations. Despite the variety of models and scenarios used, the analysis cannot capture all related uncertainties, as technological progress, consumer choices and regulation can lead to different outcomes. While the modelling exercise has been performed with the highest quality standards and drawing on an extensive process of co-design with relevant stakeholders, one should interpret the results with caution, since all models, though highly complex, are still stylized approximations of the reality. Based on recent state-of-the-art technology assumptions and robust modelling tools, this modelling exercise presents an economy- wide and sectoral-specific overview of pathways and options towards climate neutrality, fully accounting for interdependencies among sectors. The associated analysis of socio- economic, industrial, and distributional impacts is presented in Section 5. The INNOPATHS study assesses the implications of different energy system transformation pathways. Different scenarios were developed through an extensive co- design process with relevant stakeholders. The techno-economic analysis supporting each scenario has been identified by combining stakeholder input and quantitative modelling. Three state-of-the-art EU energy system models ETM-UCL, PRIMES and REMIND-EU - have been adapted and extended to represent narratives for the future decarbonisation of the EU in the form of alternative decarbonization pathways. The feasibility, requirements and impacts of each narrative has been tested against the goal of carbon neutrality by mid-century. Sectoral and system-wide transformation trajectories and associated strategies towards decarbonization have been analysed based on the model comparison results. The iterative co-design process to develop narratives for the future EU energy system included several stages. A survey was first sent to a...
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