Abstract

Energy issues are multifaceted and are not limited to power plants, biogas plants or transmission lines. They also include the production, usage and utilisation of batteries and accumulators, which are increasingly valuable due to, among other things, the decision to develop the production of electric cars. This article creates new ground by analysing the European Union management system of batteries and accumulators in the cause–effect context. This paper’s insights have emerged iteratively based on the theory reviewed and the empirical case—a deep analysis of the Polish management system of batteries and accumulators. The findings show that the public institutions in the analysed European Union Member State—Poland—were not ready to create a fully coherent and effective oversight system on managing batteries and accumulators. It may limit the reliability of the European Union’s reporting on battery and accumulator management, which is a part of the European energy policy. The findings make two main contributions: first, they contribute to developing a theory of energy resource management; second, this article contributes to a further contextual diagnosis of the comprehensive management system of waste batteries and accumulators, which is an important part of the European Battery Alliance. Moreover, the avenues for further research emerged from the present study.

Highlights

  • The development of modern technologies that make life easier for people causes various environmental threats to human health

  • Due to the need to recover valuable metals, regulations have been introduced in the European Union that define how to manage waste batteries and accumulators

  • Batteries and accumulators play a massive role in the energy supply system, and the growing market of electric cars confirms this statement

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Summary

Introduction

The development of modern technologies that make life easier for people causes various environmental threats to human health Heavy metals, such as lead, cadmium or mercury, and electrolytes are hazardous for people. In terms of the energy sector, researchers primarily focus on increasing the technical performance of energy devices They show that barriers to energy efficiency in the studied sectors, such as the cost and risk of production disruptions, lack of access to capital funding, lack of submetering, play an essential role in explaining why cost-effective energy investments have not been implemented [1,2,3,4,5,6,7,8,9,10]. We define energy management as the process to achieve energy efficiency through the efficient usage of resources This term is related to any organisational activity linked with energy production, storage and use, including energy from batteries and accumulators. Similar to the European Battery Alliance, we perceive the necessity to implement the sustainable battery value chain in Europe, which includes the competitive recycling of batteries and accumulators [11]

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