Three key areas of opportunity in energy transition infrastructure
Why we believe mid-market platforms, rapidly emerging technologies such as battery storage and green hydrogen, and key renewable power demand drivers will continue to drive growth in energy transition infrastructure portfolios.
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The global shift toward a lower-carbon global economy continues to reshape infrastructure investment. Capital deployment into the energy transition has accelerated sharply in recent years, with renewable energy accounting for the majority of private infrastructure deal activity and overall investment levels reaching approximately $2 trillion in 2024.
Yet the scale of capital required over the coming decades remains far greater still, implying a vast and expanding opportunity set for long-term investors.
As the transition evolves beyond the first wave of renewables build-out, the investment landscape is also broadening. New technologies, emerging demand drivers and changing market dynamics are creating differentiated opportunities across the infrastructure spectrum.
As we have discussed in a previous study, we believe there is a strong rationale for investors to concentrate their infrastructure allocation on the energy transition, to take advantage of differentiated risk premia, de-correlated return drivers and strong competitive dynamics. In short, we believe targeted energy transition infrastructure allocations have the potential to enhance portfolio diversification, resilience and return potential.
Moreover, across the energy transition infrastructure landscape we see a number of distinct and complementary growth opportunities through which investors can potentially achieve outsized returns.
In our updated paper on this topic we cover:
- The “missing middle”: Mid-market platforms with operational assets and clear growth pipelines often struggle to access scaling capital, creating opportunities for investors able to support expansion through development and strategic acquisitions.
- Storage solutions: Battery technology is increasingly critical to managing the intermittency of renewable generation and stabilising power grids as renewable penetration rises.
- Green hydrogen and other emerging technologies: There are a range of emerging fuels and technologies that are particularly valuable as tools to decarbonise hard-to-abate sectors and create new sources of electricity demand.
- Structural demand drivers: Dynamics that will shape the next phase of the transition, including industrial decarbonisation, electrification of heat and transport, and the rapid growth of data-centre electricity consumption.
- Specialist edge: Why specialist expertise and active deployment are becoming increasingly important, as the transition moves from large-scale renewable generation toward a more complex ecosystem linking supply, storage and demand.
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