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<p>Energy tunnels are an emerging class of sustainable infrastructure that combines structural, geotechnical and energy functions in a single system. By thermally activating tunnel linings, engineers can extract, store and exchange geothermal heat for applications such as urban heating, cooling and infrastructure de-icing. Beyond improving energy efficiency, this technology contributes directly to the decarbonisation targets outlined in the European Green Deal. This Brief Report summarises the principles, design framework, and strategic potential of energy tunnels, drawing on recent advances and case studies, including the Turin Metro Line 2, the Brenner Base Tunnel, and the Lyon–Turin connection, to illustrate how they can transform underground infrastructure into renewable energy assets.</p>

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Energy tunnels for a sustainable future

  • 期刊论文

  • 出版模式：

    开放获取

  • 发表日期：

    2026年3月11日

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  • Marco Barla,
  • Alessandra Insana

摘要

Energy tunnels are an emerging class of sustainable infrastructure that combines structural, geotechnical and energy functions in a single system. By thermally activating tunnel linings, engineers can extract, store and exchange geothermal heat for applications such as urban heating, cooling and infrastructure de-icing. Beyond improving energy efficiency, this technology contributes directly to the decarbonisation targets outlined in the European Green Deal. This Brief Report summarises the principles, design framework, and strategic potential of energy tunnels, drawing on recent advances and case studies, including the Turin Metro Line 2, the Brenner Base Tunnel, and the Lyon–Turin connection, to illustrate how they can transform underground infrastructure into renewable energy assets.