What's Happening?
A new report by commercial property insurer FM, titled 'The FM Power & Renewables Report,' indicates that current systems for designing, operating, managing, and insuring energy infrastructure are struggling to keep pace with the rapid expansion of new power
capacity. This expansion is driven by factors such as artificial intelligence (AI), data centers, electrification, and the energy transition. The report, based on a survey of 750 energy sector risk decision-makers, 150 insurance brokers, and 150 financiers globally, reveals that 59% of energy companies identify new-technology adoption as a primary driver of risk costs. Furthermore, 39% plan to increase small modular nuclear reactor (SMR) capacity in the next three years. Many emerging technologies lack extensive operating history at scale, leading to uncertainty about their performance under real-world stress, particularly in hybrid applications, a concern shared by 46% of surveyed energy companies. The report emphasizes the need for strong engineering insight from the earliest stages of a project, with 85% of respondents agreeing that such insight can improve stability, insurability, and investor confidence.
Why It's Important?
The findings of the FM report are critical for the U.S. energy sector as they highlight a growing 'resilience gap' that is becoming a significant financial problem. Uncertainty regarding resilience is increasing construction costs (51%), insurance costs (46%), and reducing return on investment (40%), making projects less attractive to investors (39%). Financiers, in particular, perceive higher risks than energy developers, suggesting a potential disconnect in risk assessment. The report underscores that many crucial decisions affecting an asset's resilience are made before traditional insurance placement, with 78% of energy companies acknowledging that site-selection decisions often create unforeseen downstream exposures. This situation necessitates a broader role for engineering, moving it 'upstream' in the project lifecycle. Early engineering expertise can help identify, quantify, and reduce risks during critical site, technology, and design decisions, ultimately safeguarding investments and ensuring the long-term viability of new energy infrastructure projects in the U.S.
What's Next?
The report suggests a shift towards integrating engineering expertise earlier in the development of power and renewables projects. For brokers and their clients, the value of an insurer will increasingly extend beyond just transferring risk after a project is designed, to providing engineering insights that proactively mitigate risks. This is particularly valuable for new or first-of-kind technologies (71%), construction projects (67%), and projects in catastrophe-prone regions (67%), where historical data and established risk models may be less reliable. Energy companies are under pressure to add capacity quickly, but this speed can inadvertently embed risks into assets before construction begins. Therefore, future efforts will likely focus on ensuring that engineering considerations are central to decisions regarding sites, technologies, and equipment from the outset, allowing for the identification of vulnerabilities and the engineering out of risks before they become entrenched.
Beyond the Headlines
The report's emphasis on upstream engineering in power and renewables projects points to a fundamental re-evaluation of risk management in the context of rapid technological advancement and climate change. The ethical implication lies in balancing the urgent need for new energy capacity with the imperative for resilient and safe infrastructure. A failure to adequately address these risks could lead to significant financial losses, environmental damage, and public safety concerns. Culturally, it signifies a move away from reactive problem-solving towards a more proactive, integrated approach where risk assessment and mitigation are embedded from conception. This shift could foster greater collaboration between engineers, insurers, and financiers, leading to more robust and sustainable energy systems. The long-term impact could be a more resilient U.S. energy grid, better equipped to handle the complexities of new technologies and environmental challenges, ultimately benefiting society through reliable and affordable energy.
