Abstract

This study presents a set of novel and multidisciplinary scenarios (‘narratives’) that provide insight into four distinct and diverging yet plausible worlds. They combine qualitative and quantitative elements in order to reflect the interlinked and complex nature of energy and climate. We use the STEMPLE+ framework to include social, technological, economic, military (security), political, environmental, and cultural (+) dimensions in our narratives. We present the construction of the narratives, which started with the generation of qualitative scenario storylines using foresight analysis techniques, including a facilitated expert workshop. We then calibrated the numerical energy and resource market model Multimod to reflect the different storylines. Finally, we combined and refined the storylines and numerical model results into holistic narratives.The study generates insights into the key assumptions and drivers of different pathways of (more or less successful) climate change mitigation. Moreover, a set of transparent and discriminatory indicators serves to identify which paths the world might take. They include quantitative results, e.g. emissions, energy consumption and electricity mix, as well as developments in the political or social sphere. Lessons learnt include the dangers of increased isolationism and the importance of integrating economic and energy-related objectives, as well as the significant role of civil society. However, we also show that the development of renewables and electrification are inappropriate indicators for a successful energy transition, as these trends are also consistent with emission-intensive scenarios.

Highlights

  • The global energy system is characterised by rapidly changing trends

  • This study presents the methods and results of an interdisciplinary scenario-building study for the global energy system heading towards 2050, which combines quantitative modelling with qualitative foresight methods

  • Foresight is different from “predictions”, which are definitive statements about what will occur in the future

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Summary

Introduction

The global energy system is characterised by rapidly changing trends. Between the fast expansion of shale oil and gas in North America, the phase-out of nuclear energy in parts of Europe, the drop in global oil prices, and the Paris Agreement to combat climate change, the need to understand the underlying inter-linkages in energy and climate is apparent. Scenarios help us to gain an insight into possible transformation pathways, their drivers and long-term outcomes. Scenario planning helps to differentiate relevant signals from ‘noise’ and to identify the impact of today's emerging trends. Qualitative scenario methods, on the one hand, enable the inclusion of a wide range of possibilities and factors, but fail to estimate the system-wide consequences and lack the precision of numerical results. Quantitative scenarios, on the other hand, deliver consistent and tangible results, but they are inherently bound by the modeller's assumptions and consider only simplifications of reality

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