【未来能源研究所】建立技术绩效保险市场的政策-2025.2_18页_1mb

Summary of "Policies for Building the Technology Performance Insurance Market"

Core Content

This report explores the challenges of technology performance risk in the commercialization of climate technologies and proposes policy solutions to help build a robust technology performance insurance (TPI) market. The authors highlight the critical role that insurance can play in reducing financial uncertainty for project developers and facilitating access to capital for emerging technologies. They analyze the limitations of current private and government solutions and suggest ways in which the government can support the development of TPI.

Main Views

• Technology Performance Risk is a significant barrier to the deployment of new climate technologies, particularly for first-of-a-kind (FOAK) to nth-of-a-kind (NOAK) projects. This risk arises from the lack of historical performance data, making it difficult for insurers and investors to accurately assess and price the risk.

• Private Insurance has historically provided TPI, but it is limited in availability and often too costly for early-stage projects. Insurers require extensive technical knowledge and collaboration with developers and regulators to assess new technologies, which is not always feasible in the short term.

• Government Loan Programs, such as the Loan Programs Office (LPO), have some capacity to mitigate performance risk through loan guarantees, but they are not well-suited for addressing the specific risks of new technologies. The LPO's credit subsidy model and application process are resource-intensive and may not align with the risk profiles of emerging technologies.

• The government can play a pivotal role in building the TPI market through three main approaches:

  1. Government Insurance Backstop Program: This would provide a safety net for private insurers, reducing their risk exposure while still requiring them to bear some responsibility. It could be modeled after existing backstop programs such as the Price-Anderson Act and the Terrorism Risk Insurance Act (TRIA).
  2. Government-Operated Insurance Program: A direct government-led TPI program, similar to the LPO's loan guarantees, could offer more comprehensive risk coverage. However, it would need to balance social objectives with market competitiveness.
  3. Facilitate Engagement among Insurers, DOE, and Industry: Encouraging early collaboration between project developers, manufacturers, insurers, and policymakers can help build the necessary data and risk assessment frameworks for TPI.

Key Information

1. Introduction

• Decarbonization requires substantial investment in new climate technologies.
• The transition from prototype to full-scale deployment is often referred to as the "valley of death."
• TPI can help transfer risk from project owners to insurers, enabling lower-cost financing and reducing the need for large cash reserves.

2. Why Technology Performance Risk Matters

• Traditional financing models are not well-suited for early-stage technologies due to their high risk and lack of historical data.
• The "innovation valley of death" highlights the gap between basic research and commercialization, where capital is scarce.
• Technologies that are not modular or predictable may face disproportionate costs and risks, making TPI essential for their development.

3. Existing Solutions and Barriers

3.1. Private Insurance

• TPI is a bespoke insurance product that transfers risk from project owners to insurers.
• Insurers require technical expertise and close collaboration with developers to assess and price risks.
• TPI typically covers "Day 1" risks (performance during operation) but not the risks associated with project completion or permitting.
• Private TPI is limited in scope and often too expensive for early-stage projects.

3.2. Loan Programs Office (LPO)

• LPO provides loan guarantees and credit subsidies for full-scale demonstration and commercialization projects.
• The credit subsidy is calculated based on the expected cost to the government, risk factors, and recovery rates.
• LPO's process is resource-intensive and may not be appropriate for inherently unpredictable technologies.
• EPC contracts are essential in shifting project risk to contractors, but new technologies may not be able to secure the ideal "fully wrapped" contracts.

4. Government Policy Options

4.1. Government Insurance Backstop Program

• A backstop program would reduce insurers' risk exposure by covering losses beyond a deductible.
• Examples include the Price-Anderson Act and TRIA, which provide government support for catastrophic risks.
• The program should be designed to encourage innovation and risk reduction over time, with a focus on FOAK to NOAK projects.
• Design considerations include setting eligibility thresholds, defining insurer deductibles, and determining the share of losses covered by the government.

4.2. Government-Operated Insurance Program

• A government-run TPI program could offer more comprehensive coverage but would require significant technical and financial resources.
• It may be modeled after the LPO's credit subsidy framework, which provides a benchmark for pricing.
• Moral hazard is a concern, as subsidized insurance may reduce the incentive for developers to address risks proactively.

4.3. Facilitate Engagement among Insurers, DOE, and Industry

• Early collaboration between stakeholders can help build the necessary data and risk assessment frameworks.
• Benefits include:
  • For Insurers: Access to early-stage data and risk information.
  • For Project Developers: Early risk assessment and management advice.
  • For Policymakers: Informed regulation based on industry insights.

5. Additional Considerations

• Cost Estimation: The cost of government support is difficult to estimate without detailed data on technologies and risk profiles. A backstop program is less costly than a government-operated one.
• Stakeholder Participation: Other stakeholders, such as EPC contractors, offtakers, and feedstock providers, should also have incentives to ensure project success.
• Feasibility: The feasibility of a TPI market depends on the willingness of insurers to engage with new technologies and the ability of the government to support them effectively.

6. Conclusion

• To achieve 2050 climate goals, a robust TPI market is essential.
• Government can support the development of this market through backstop programs, direct insurance programs, and facilitating stakeholder collaboration.
• The report provides a foundation for designing and implementing these policies, emphasizing the need for a balanced approach that supports innovation while managing financial risks.

References

• Hart, 2018
• Bergman et al., 2023
• DOE Office of Clean Energy Demonstrations, 2024
• Khaykin and Colas, 2021
• Jackson, 2019
• Napiorkowski, 2023
• Javanmardian et al., 2022
• Blackridge Research & Consulting, 2023
• Rosenthal, 1990
• National Association of Insurance Commissioners, 2023
• US Nuclear Regulatory Commission Office of Public Affairs, 2024
• Golnaraghi, 2024
• Dritz, 2024
• Chubb, n.d.
• Martin et al., 2023
• International Finance Corporation and Multilateral Investment Guarantee Agency, 2022