The environmental transition has entered a new phase. What was once seen as a gradual, policy-led shift is unfolding as a faster, economically driven transformation. Technology, cost dynamics and rising physical risks are converging, turning environmental change into a central force redefining growth, capital allocation and corporate strategy.
This convergence of economic incentives and physical constraints tends to create a broad and durable investment opportunity. As companies and governments accelerate spending on energy systems, resource efficiency and resilient infrastructure, value is increasingly captured by those providing the technologies, equipment and services that enable this transition.
At Candriam, we approach this opportunity through our Thematic 2.0 framework, identifying companies positioned along the value chain - from enablers of electrification and resource efficiency to firms improving operational performance through environmental innovation – focusing on those with competitive advantages, scalable solutions and long-term growth visibility.
A broad economic transformation is underway, redefining energy systems, industrial value chains and resource infrastructures. This acceleration is driven both by rapid technological advances - which are contributing to making environmental solutions increasingly scalable and cost-competitive - and by mounting structural environmental pressures.
Across all regions, environmental impacts have become more acute and economically consequential. Extreme weather events have increased in frequency and severity, with 2024 recorded as the warmest year globally and the first to exceed 1.5°C above pre-industrial levels on a full-year basis[1]. Beyond temperature records, the implications are far-reaching; research from the CICERO Center for International Climate Research suggests 70% of the global population is expected to face some form of extreme weather events over the next two decades.
The economic consequences are significant for day-to-day business operation. Water scarcity, natural resources shortages and infrastructure fragility are no longer abstract risks – they are increasingly shaping operational performance and strategic decision-making.
Today, the transition is increasingly driven not by policy alone, but by demand and cost. The cost of solar power has fallen by more than 90% over the past decade[2], with wind and battery technologies following similar trajectories. As a result, many environmental solutions are now among the most cost-effective options available. In the United States alone, solar capacity could expand by 500 GW by 2035[3].
At the same time, electricity demand is entering a new growth phase after years of stagnation. Electrification of transport, heating and industry — combined with the rapid expansion of data centres and digital infrastructure — is expected to drive a sustained increase in power consumption through the 2030s. The International Energy Agency (IEA) projects that electricity demand from data centres, AI and digital infrastructure in the U.S. could more than double by 2030.
Globally, data centres already account for 1-2% of electricity demand[4], with their share expected to rise significantly[5]. This creates a powerful incentive for investment in generation, grids and efficiency, reinforcing the economic foundations of the transition.
Despite policy uncertainty in some regions, long-term commitments remain broadly intact; the European Union has a legally binding target to reduce net greenhouse gas emissions by at least 55% by 2030[6]. China has committed to peak its carbon dioxide (CO₂) emissions before 2030 and achieve carbon neutrality before 2060[7], while Brazil has pledged to end illegal deforestation by 2030.[8]
Meeting these goals will require significant acceleration in implementation. The International Energy Agency (IEA) estimates that reaching a 1.5°C pathway demands tripling global renewable-energy capacity and doubling annual energy efficiency by 2030.
While national approaches differ, the overall direction is clear. Renewable energy deployment continues to expand, transport systems are electrifying and grid infrastructure is being modernised.
Taken together, these developments point to a clear conclusion: the environmental transition is accelerating because it is increasingly aligned with economic incentives.
For investors and businesses alike, this marks a shift from a gradual transition to a structural transformation — one that is redefining how value is created across the global economy.
Candriam’s approach builds on a long-standing investment track record investing in companies at the forefront of environmental solutions, developing deep expertise across themes such as climate, circular economy and water efficiency. This experience supports our ability to identify structural winners early and navigate the transition as it continues to accelerate.
[1] Source: Copernicus Global Climate Report 2024
[2] Source: Solar panel prices have fallen by around 20% every time global capacity doubled - Our World in Data
[3] Source: US solar industry to add 502 GW (DC) of capacity in next decade – pv magazine International
[4] Source: Data centres will use twice as much energy by 2030 — driven by AI
[5] Source: Global data center power demand to double by 2030 on AI surge: IEA | S&P Global
[6] Source: European Climate Law - Climate Action - European Commission
[7] Source: Carbon Peaking and Carbon Neutrality China's Plans and Solutions
[8] Source: COP29: Five key takeaways from Brazil’s 2035 climate pledge - Carbon Brief
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