Climate Change Driving Hidden Inflation Through Energy Transition

⚡ AI Executive Summary

Researchers have introduced the concept of 'climateflation' to describe how climate change and mitigation efforts are increasing costs across the global economy. The framework identifies three overlapping mechanisms: dependence on fossil fuels despite climate risks, direct expenses from extreme weather events, and costs associated with building climate-resilient infrastructure and transitioning to clean energy systems. For power system professionals, climateflation represents a critical lens through which to evaluate energy infrastructure investment decisions. Rising costs for retrofit, replacement, and climate adaptation will reshape utility business models and influence the pace of electrification. The framework also highlights why delayed decarbonization—extending fossil fuel dependence—ultimately amplifies economic disruption; early transition investments, though costly upfront, may prove cheaper than managing cascading climate impacts on the grid. Understanding climateflation helps utilities and policymakers justify the long-term economics of accelerated clean energy deployment and grid resilience measures.