What's Happening?
SAMP Risk, a connected-insurance subsidiary of Asset Performance Partners, has issued a warning to the insurance market regarding the under-insured heat risk faced by power generators. The company emphasizes that intensifying heatwaves are creating a significant
exposure that remains largely unhedged on generators' balance sheets. This warning follows a grid emergency on the PJM Interconnection, the largest wholesale electricity market in the U.S., where emergency orders allowed power plants to exceed normal emissions limits. SAMP Risk argues that there is a structural gap between the operating conditions assumed by insurers and the real-world conditions faced by generators. The company suggests that telematics data can provide a live view of asset performance, allowing for better risk pricing based on actual operating conditions.
Why It's Important?
The warning from SAMP Risk highlights the growing challenges faced by power generators in managing risks associated with extreme weather events, such as heatwaves. As demand for electricity surges during high-temperature periods, generators face increased financial exposure if they fail to meet grid commitments. This situation underscores the need for the insurance industry to adapt its underwriting practices to account for the changing climate and its impact on energy infrastructure. The call for a parametric and telematics-driven approach to risk management could lead to more accurate pricing and better protection for power generators, ultimately contributing to the stability and resilience of the energy sector.
What's Next?
SAMP Risk's proposal for a telematics-driven risk management approach may prompt discussions within the insurance industry about revising underwriting practices for power generation. The company is looking to see if insurers or managing general agents will adopt its platform at scale. Additionally, regulatory bodies may increase scrutiny on grid resilience and balancing costs, potentially leading to new compliance obligations for generators. The outcome of these developments could influence how the energy sector prepares for and responds to future heat events, ensuring that power generators are better equipped to handle extreme demand conditions.
