Oregon State Energy Assurance Plan
The Oregon State Energy Assurance Plan provides an overview of Oregon’s energy infrastructure, profiles the state’s energy resources, and identifies system interdependencies.
Further, the plan evaluates potential risks and hazards that could threaten the state’s critical energy infrastructure and offers solutions to reducing these risks. The OSEAP will include strategies and procedures that will minimize the effects of energy supply interruptions, ensuring rapid restoration of the energy infrastructure for public health and safety. OSEAP will increase awareness of the state’s energy lifeline risks and the plan to restore fuel, power and natural gas.
Please review the publications and follow the links below to learn more about risks to Oregon’s energy supply and distribution systems. There is also information on the state’s leadership efforts during and after a potential energy emergency affecting Oregon.
Oregon’s Energy Assurance Documents
Oregon Energy Assurance plan
An Introduction to how Oregon prepares for, responds to, and recovers from energy emergencies.
(includes information on petroleum, electricity, natural gas and liquefied natural gas)
Petroleum, Natural Gas and Liquefied Natural Gas, Electricity and Electricity Transmission (including Energy Information Admn. Data on Supply and Demand)
Smart Grid Technologies
- Chapter 5: Types of Emergencies (Introduction through partnerships)
- Chapter 6: Overview of Energy Sector Specific Emergency Response Plans
Overview of the Oregon Petroleum Contingency Plan
Overview of the Electricity Emergency Response Plan
Overview of the Natural Gas Emergency Response Plan
LNG Emergency Preparedness
Maintaining Regional, National, and International Energy Outlook
Public Information and Outreach
Plan Review and Update
- Appendix B - Memorandum of Understanding: ODOE and OPUC
- Appendix I- Order 93-084 - Electric Load Curtailment Plan
- Appendix J- Proposed Oregon State LNG Emergency Response Plan
- Appendix K- Oregon Distributed Energy Resiliency Study
Identifies opportunities to improve energy resilience through design and integration of distributed renewable energy investments into the existing energy networks.
Earthquake Risk Study in Oregon’s Critical Energy Infrastructure Hub (August 2012)
The Oregon Department of Geology and Mineral Industries conducted a study on the effect of a large-magnitude Cascadia earthquake on petroleum (liquid fuel), natural gas, and electric energy facilities in the CEI Hub.
Federal and Regional Energy Assurance Partners