Global Infrastructure Outlook 2025–50

Investment Trends and Implications for Ukraine

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  • Insight
  • July 20, 2026

PwC’s Global Infrastructure Outlook 2025–2050, developed in collaboration with Oxford Economics, explores global infrastructure investment trends and their impact on markets worldwide.


What is the Global Infrastructure Outlook?

The Outlook is grounded in advanced macroeconomic modelling and reflects today’s geopolitical and economic landscape. It spans nine sectors and 20 subsectors, highlighting the evolution of infrastructure—from power storage and data centres to the growing importance of defence infrastructure and digital networks supporting the AI economy. 

It provides a forward-looking perspective on how infrastructure investment is evolving and shaping governments, investors and businesses as they pursue long-term growth. The model is designed to help stakeholders identify and capture opportunities with greater speed and precision.

As highlighted in our 2026 CEO Survey, Ukrainian businesses have demonstrated a strong ability to adapt to and navigate disruption, with nearly twice as many Ukrainian CEOs reporting this capability compared with the global average. Against this backdrop, we believe the Outlook—while focused on global and large-scale trends rather than Ukraine-specific analysis—offers valuable insights for Ukrainian audiences into how opportunities are emerging and where long-term developments are taking shape.

The Outlook also underscores the critical role of the energy and resources sectors, which we consider particularly relevant to Ukraine’s reconstruction and energy transition ambitions.

 

Strategic priorities for infrastructure investment

Infrastructure investment is poised to rise significantly over the next 25 years. But reaching the necessary scale depends on effective investment strategies and policy alignment.

Unlocking this potential requires a coordinated, system-wide approach:

  • Embedding long-term strategic planning. Drawing from insights in our 2026 CEO Survey, it’s crucial to balance quick adaptability with long-term vision, while creating stable regulatory environments and clear strategies that provide certainty for investors and partners.

  • Moving from silos to integrated systems. Focusing solely on power or digital sectors without upgrading transport or water can create bottlenecks, limiting growth. A cross-sector approach, as highlighted in the PwC 2026 CEO Survey, is essential for unlocking multiplier effects and aligning capital, capability, and policy to deliver integrated systems that enhance productivity and value.

  • Redefining planning and construction. By 2050, infrastructure will be delivered through integrated, cross-sector platforms. Energy, transport, digital, water, and industrial systems will be co-designed, co-located, and co-optimised.

  • Embracing new commercial models. Outcome-based contracting—focused on emissions, resilience, reliability, and user experience—will become standard. Infrastructure as a Service models will expand across sectors, supported by data-driven value streams.

  • Innovating financing and partnerships. Public budgets alone won’t suffice. Effective collaboration between governments and the private sector is needed, including new financing structures and risk-sharing models.

  • Engaging communities early. Investments should generate both financial and social value, improving quality of life and expanding access to services.

What will empower the infrastructure potential?

Progress hinges on the balanced development of both energy systems and resource value chains.

Power infrastructure is becoming the central driver of transformation, supported by the expansion of clean generation, storage technologies, and modern transmission and distribution networks. These systems are enabling electrification and supporting growing demand from electric mobility, data centres, and AI.

At the same time, resource infrastructure – covering the extraction, processing, and transport of oil, gas, coal, metals, and minerals – remains essential. While overall investment may decline slightly due to reduced coal spending, oil and gas will continue to play a significant role. To maintain their edge, leading players are adopting comprehensive transformation strategies (discover more about the four priorities shaping their future with insights from PwC Global).

Demand for critical minerals such as copper, lithium and rare earths is increasing, driven by electrification, battery storage and technological advances. Ensuring secure and diversified supply chains will be critical to supporting both the energy transition and industrial resilience.

As electrification alone cannot deliver net-zero outcomes, the energy system is evolving towards a multi-vector model, where hydrogen, biofuels and sustainable fuels complement electricity.

What opportunities evolves for Ukraine in the global transition?

The global infrastructure investment trends are highly relevant for Ukraine’s reconstruction. The challenge is not only to rebuild damaged infrastructure, but to create a more resilient, modern, and competitive economy aligned with European markets. 

Ukraine stands at a pivotal moment as it rebuilds and modernises its energy and industrial sectors. Strengthening power infrastructure through renewables, storage and resilient grids is essential to ensure energy security and support electrification.

At the same time, the country’s natural resource base positions it to meet growing global demand for critical minerals.

“This dual focus not only strengthens domestic supply chains but also enables closer integration with European and global value chains for strategic materials. By investing in both power systems and resource infrastructure, Ukraine can accelerate its transition to a more resilient, low-carbon economy while unlocking new opportunities for growth and exports,”

comments Maxim Vykhovanets, Country Managing Partner and Energy, Utilities and Resources Industry Leader, PwC Ukraine.

Looking ahead

By 2050, infrastructure will be more integrated, digital and resilient. Delivering this transformation will require stronger collaboration across sectors and more effective allocation of capital.

Explore the full Global Infrastructure Outlook 2025–2050 and connect with PwC Ukraine to discuss infrastructure investment opportunities, energy transition strategies and reconstruction priorities. 

Global Infrastructure Outlook 2025–2050

Definitions and methodology

Infrastructure spending is defined as gross fixed capital formation (GFCF) by the public and private sectors on fixed, immovable structures that support long-term economic growth. In addition to new spending, it includes replacement spending and capital expenditure on maintenance (i.e. to substantively extend the lifetime of an asset). This measure is a subset of total fixed spending and excludes cultivated biological resources, intellectual property products, transport equipment, and information and communications technology (ICT) equipment.

The definition of infrastructure spending has varying implications for different sectors. A few examples: ICT equipment, such as CPUs and GPUs, which represents a significant proportion of the capital outlays for data centre construction, is not included under the definition of infrastructure. Power infrastructure assets such as solar panels are not explicitly defined under the OECD definition of GFCF. Transport equipment such as rolling stock or ships and planes in the defence sector are not included in the infrastructure figures.

It should be noted that this is our preferred definition, but the analysis has required us to collect data from a wide range of sources, and definitions inevitably vary across those sources. We have attempted to identify the available data that most closely aligns with the definitions used.

The nine sectors of infrastructure investment analysed in this report consist of spending on fixed assets and structures used for the following purposes.

Agriculture. The growing of crops, raising and breeding of animals, and harvesting of timber and other plants, including the cost of irrigation and drainage, on-farm structures, and storage facilities.

Digital infrastructure. The information and communications sectors, including towers, fibre and cable networks, data centres, and related facilities.

Defence. Physical installations that support defence, including barracks and other military facilities; transport networks, depots, and warehouses; ship-building facilities and dry docks; and communications infrastructure.

Industrial manufacturing. Plants, facilities, and networks that support heavy metals and chemicals processing, petroleum refining, and automotive manufacturing.

Power. Generation, storage, and distribution of electricity, including renewable assets, fossil fuel and nuclear power plants, transmission and distribution, and battery storage.

Resources. The exploration, extraction, processing, transportation, and storage of oil and gas, coal, metals, and minerals, including mining facilities, pipelines, refineries, and storage terminals.

Social infrastructure. The provision of health or education services, including aged care facilities.

Transport: Transportation, including roads, bridges, tunnels, railways, airports, ports, and marine works.

Water. The treatment and distribution of water, including sewage and drainage systems. Assets include treatment plants, dams, pipelines, and drains.

Each region in the Outlook is represented by a group of countries and territories that act as a viable proxy for the whole. The proxies for each region are:

Africa: Ghana, Kenya, Nigeria, South Africa

Americas: Brazil, Canada, Chile, Mexico, United States

Asia-Pacific: Australia, Chinese Mainland, Hong Kong SAR, India, Indonesia, Japan, Malaysia, New Zealand, Philippines, Republic of Korea, Singapore, the Taiwan region, Thailand, Vietnam

Advanced or mature economies in Asia-Pacific include Australia, Japan, Hong Kong SAR, New Zealand, Republic of Korea, Singapore, and the Taiwan region. Developing and emerging Asia-Pacific economies include the Chinese Mainland, India, Indonesia, Malaysia, the Philippines, Thailand, and Vietnam. Definitions are based on IMF aggregations, found here.

Europe: Belgium, Czechia, Denmark, Finland, France, Germany, Greece, Ireland, Italy, Netherlands, Norway, Poland, Spain, Sweden, Türkiye, United Kingdom

Middle East: Gulf Cooperation Council (GCC) members: Bahrain, Kuwait, Oman, Qatar, Saudi Arabia, United Arab Emirates

The main challenge in providing comparative infrastructure spending figures across countries and sectors is the lack of a single and consistent dataset. A comprehensive data sourcing exercise was undertaken for the analysis contained in this report. Most data sources, accessed in 2025, provided figures up to either 2023 or 2024.

The main sources of spending data used were the OECD, Eurostat, and national statistical agencies. Data that was not available from official public sources was estimated with a variety of techniques. This process involved using additional data sources (International Energy Agency, Milex), estimating sectoral infrastructure spending from sectoral capital expenditure, or using available metrics from peer countries to estimate spending.

Oxford Economics created a new database of infrastructure spending forecasts to anchor PwC’s research. The forecasts are based on Oxford Economics proprietary models for the construction industry and cover nine sectors in 45 countries and territories. The infrastructure spending forecasts are globally consistent, and are linked through global and country-level assumptions of trade volume and prices, competitiveness, capital flows, interest and exchange rates, and commodity prices. For a particular country and sector, the infrastructure spending forecast is informed by end-use demand factors such as population growth, income growth, cost of capital, and economic activity across sectors. Given the changing composition of economies over time, the infrastructure spending forecast will diverge from country-level GDP.

The database provides a structural economic framework that considers both supply and demand factors affecting sectoral growth. This is distinct from spending projections based on a pipeline of publicly announced projects, which are unable to provide long-term projections of spending due to a lack of project visibility in the future. The new infrastructure spending forecasts provide a macroeconomic outlook on future spending outcomes across the countries and sectors examined in this report.

The calculations for defence stem from a slightly different methodology. Unlike other sectors, these projections are not derived from structural economic modelling; instead, they assume a fixed share of GDP, adjusted for announced and anticipated changes to defence spending as a percentage of future GDP. These reflect policy signals such as NATO’s interim target of allocating 1.5% of GDP to defence infrastructure (excluding equipment and personnel) by 2035, on the path towards a longer-term ambition of 5% of GDP.

Throughout this Outlook, growth percentages are calculated based on exact projections rather than the rounded sums mentioned in the narrative.

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Maxim Vykhovanets

Maxim Vykhovanets

Managing Partner, Energy, Utilities and Resources Industry Leader, PwC in Ukraine

Tel: +380 44 354 0404

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