Abstract

Business cycles are among the most discussed topics in social sciences. Environmental changes, heatwaves and natural disasters as consequences of anthropogenic activities are headwinds to future economic growth and development. There is an ongoing debate on environmental degradation and its socio-economic impact. Here we investigate the existence of primary energy (coal, gas, oil, nuclear, solar, thermal, wind) cycles in England from 1700 to 2018. Using turning points methodology (Harding & Pagan, 2002), we isolate energy cycles and explain their phase characteristics. Offering empirical evidence of energy cycles existence should assist policymakers to gain additional quantitative knowledge to understand and contain business cycles. Fossil fuels energy cycles are closely linked to business cycles, but renewable energy cycles are pushing forward, targeting the leading role. Energy cycles are the missing link in the literature needed to understand business cycles and future economic development. In this study, we supply knowledge for understanding energy cycles and their relationship to the business cycles. The estimated concordance index reveals a systematic relationship between energy and business cycles with conclusive results. Energy cycles in this century will become a major force driving socio-economic events. Managers in the firms and policymakers on the macro-level will need knowledge on energy cycles since tracking energy cycles soon will become more important to tracking business cycles. To this end, our study contributes to the study of energy cycles as the source of business cycles.

Highlights

  • Fossil fuels energy cycles are closely linked to business cycles, but renewable energy cycles are pushing forward, targeting the leading role

  • Understanding the nature of energy cycles help us to discover the true nature of business cycles

  • The link is important since energy cycles move closely together with business cycles

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Summary

Introduction

The relationship between energy and growth is a subject of intensive inquiry. Until now, research on this subject has concentrated on the relationship between CO2 (carbon dioxide) emissions and economic growth, as well as the impact of electricity and renewable energy on economic growth. For policymakers and for practitioners preparing for the energy transition, it is critical to understand the role of energy in economic growth. Our study aims to investigate, quantify, and explain the turning points in energy consumption measuring (for the first time that we are aware of) and deriving energy cycles. Policymakers and business practitioners will be limited in designing efficient economic policies to achieve growth. Contribution to the field of knowledge results from its use of the most extensive time-series data on energy consumption (1700–2018) and the most advanced modelling approaches (cycle measurement). We seek to build a novel study field by combining historical time series data, cutting-edge cycle modelling tools, and a modified Harding and Pagan approach (Cardinale & Taylor, 2009)

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