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Report Infrastructure Transition Monitor

All'interno di edifici più intelligenti

Come le innovazioni stanno riducendo i costi e le emissioni

Approfondimenti globali per un futuro sostenibile

Basato su un sondaggio globale condotto su 1.400 dirigenti e integrato con colloqui approfonditi con esperti, il Siemens Infrastructure Transition Monitor 2025 offre approfondimenti completi sulla trasformazione globale delle infrastrutture. Questo studio esamina, in tre distinti report, i pilastri interconnessi del cambiamento:

  • Come l'evoluzione delle infrastrutture energetiche - resa possibile dalle tecnologie digitali - sta guidando il progresso verso un futuro a emissioni nette zero
  • I progressi, le priorità e le problematiche nella decarbonizzazione degli edifici
  • Il progresso del settore industriale verso la sostenibilità
Key findings

Start by using less: Toward more efficient buildings

Progress on buildings-related infrastructure transition goals remains mixed. Onsite renewables and electrified heating have advanced, but energy efficiency and material reuse have stalled. Energy-efficient design and retrofitting face cost and policy barriers, with real estate respondents citing high expense and limited access to finance. The good news is that energy efficiency is now the top priority, and investment is rising. Models like Energy-as-a-Service (EaaS) offer a way to decarbonize without tying up capital, enabling faster progress.

Redefining building performance

Most respondents say digitalization has strong or transformational potential to reduce costs and improve energy efficiency. Digital building technologies deliver real-time performance data, automate energy management decisions, predictive maintenance and, eventually, autonomous optimization. However, only 50% say their organization has the data they need to make decarbonization decisions. This is why transparency is a crucial benefit of smart building technologies, helping organizations cut energy use by identifying high-energy assets and usage patterns.

L’intelligenza artificiale rivelerà modi completamente nuovi di pensare alla gestione dell’energia. Tuttavia, non sostituisce la necessità di fare le cose giuste, come scegliere apparecchiature efficienti, misure di progettazione passiva, edifici intelligenti e standard elevati per gli elettrodomestici.
Brian Motherway, Responsabile Efficienza energetica e Transizione inclusiva, Agenzia internazionale dell'energia

Moving toward autonomous buildings

AI is seen as key to decarbonization. In fact, the top three digital technologies respondents expect to have the biggest impact on decarbonization are all AI-driven. Grid-interactive buildings are one example: these are already able to adjust energy use in real time, based on price or carbon signals, improving efficiency and cutting costs. The next step is implementing autonomous systems which are self-optimizing with self-healing capabilities, using AI to make better informed decisions. While cybersecurity is a concern, most organizations feel prepared, with 54% ready to adopt autonomous systems and only 27% avoiding digital tools due to security risks.

59% of respondents agree:

The benefits of autonomous systems in buildings outweigh the costs

54% of respondents agree:

My organization is ready to adopt autonomous systems in buildings

51% of respondents agree:

to invest significantly in autonomous systems in the year ahead

Partner Insight

Why building regulations are a critical driver

By Cristina Gamboa, CEO, World Green Building Council

A group of people standing in front of a building with a banner that reads

Constructing or retrofitting buildings to be energy efficient is increasingly seen by world leaders and intergovernmental organisations as the most immediate and cost-effective decarbonisation lever. A recent UN report highlights that the sector has the potential to cut 11% of global emissions by 2035 — equivalent to taking one billion cars off the road for a year.
A recent UN report highlights that the sector has the potential to cut 11% of global emissions by 2035 — equivalent to taking one billion cars off the road for a year.

As such, building regulations have become a critical driver of decarbonisation, with countries across the globe introducing regulations that target both operational and embodied carbon (associated with construction and transportation). However, despite this progress, according to a 2024 IEA report over 50% of new global construction is not covered by building codes.

National climate action plans often fail to adequately support the implementation of these regulations. Under the Paris Agreement, each country submits Nationally Determined Contributions (NDCs) — or national climate action plans — to outline their strategy to reduce greenhouse gases. While the vast majority (84%) of NDCs reference the buildings sector, less than 10% provide any in-depth detail on buildings, and only a small majority (54%) mention energy efficiency in buildings at all.

We believe governments should integrate the buildings sector into NDCs. This can be supported by tools such as our NDC Scorecard for Sustainable Buildings. This digital tool that helps governments and wider stakeholders to identify best practice policy measures that should be contained within a country’s climate action plan and their national policy framework.

Current NDC commitments leave us well short of the goal to keep global warming close to 1.5ºC. Being bold on buildings offer us the opportunity to get much closer to that goal, but only if they do not remain a blind spot in our climate response.

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Come le innovazioni stanno riducendo i costi e le emissioni

Informazioni sulla ricerca

Il Siemens Infrastructure Transition Monitor (ITM) è uno studio di ricerca biennale lanciato nel 2023. Ora alla sua seconda edizione, l'ITM monitora l'evoluzione dello stato della transizione mondiale verso lo zero netto nel tempo, evidenziando le priorità più urgenti e il percorso futuro per aziende e governi. L'ITM si basa su un'indagine globale condotta su 1.400 leader e dirigenti senior sia del settore privato che di quello pubblico. Nel 2025, i partecipanti al sondaggio provenivano da 19 Paesi e 37 settori (raggruppati in otto principali segmenti industriali ai fini del report). La ricerca si basa anche su approfondimenti derivanti da colloqui approfonditi con un gruppo selezionato di leader ed esperti.

  • Dott. G Ganesh Das, Responsabile, Collaborazione e Innovazione, Tata Power Company
  • Sabine Erlinghagen, CEO Grid Software, Siemens Smart Infrastructure
  • Jan Fassbender, Responsabile delle strutture e dell'ingegneria globale, One Human Pharma, Boehringer Ingelheim
  • Edmund Fowles, Direttore Fondatore, Feilden Fowles Architects
  • Daniela Haldy-Sellmann, SVP e Direttore Generale Energy and Natural Resources Industries, SAP
  • Thomas Kiessling, Chief Technology Officer, Siemens Smart Infrastructure
  • Brian Motherway, Responsabile dell'Efficienza Energetica e delle Transizioni Inclusive, Agenzia Internazionale dell'Energia
  • Andreas Schumacher, Vicepresidente Esecutivo Strategia, Fusioni e Acquisizioni, Infineon Technologies
  • Susanne Seitz, CEO Edifici, Siemens Smart Infrastructure
  • Dott. Sean Woolen, Professore Associato, Dipartimento di Radiologia e Imaging Biomedico, University of California