Abstract

In the EU’s revised Energy Performance of Buildings Directive (EPBD), a smart readiness indicator (SRI) was introduced as an energy efficiency activity to promote smart ready technologies (SRT) in the building sector. The proposed methodology is based on the evaluation of building services and how they contribute on SRT. The purpose of this paper is to explore the applicability of the SRI to cold climate countries in Northern Europe. The Northern European countries are an interesting test environment for the indicator because of their advanced information and communication technology and high building energy consumption profiles. The findings imply that regardless of the SRI’s conceptualization as a system oriented (smart grid) approach, in its current form, it was not able to recognize the specific features of cold climate buildings, specifically those employing advanced district heating (DH) systems. Another, more practical, implication of the study was that due to the subjective nature of the proposed process for selecting SRI relevant building services, the applicability of SRI as a fair rating system across the EU member states is problematic.

Highlights

  • In recent years, there has been a growing interest in energy efficiency activities in the EuropeanUnion (EU)

  • district heating (DH) was found to be the main reason for the lack of implementations of various thermal energy storage (TES) system capabilities, which influenced the technological fit of the smart ready service catalog in the heating, cooling, domestic hot water (DHW), and energy generation (EG) domains

  • This study was set to provide the first insights into the applicability of the smart readiness indicator (SRI) in cold climate countries

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Summary

Introduction

There has been a growing interest in energy efficiency activities in the European. This interest arises from the EU’s need to use energy more efficiently, lower European energy bills, increase energy self-sufficiency, and improve environmental protection [1]. These activities target sectors with the greatest potential to reduce energy consumption and improve efficiency, such as buildings and transportation [2]. As stated in the Energy Efficiency Directive (EED) [3], the existing building stock represents the single largest potential for energy savings. Buildings are responsible for one third of the total energy consumption worldwide [4]. In the EU, the built environment accounts for approximately 40% of the current energy consumption [2]

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