All correspondence must be made through the Vendor Portal. Specifications include, but are not limited to: 1) Vulnerability and Risk Assessment of Energy Infrastructure/Distribution Systems. The purpose is to provide a framework within which risks and energy supply losses are assessed and ranked. Then, possible mitigation options will be identified and could be implemented by industry and/or government to reduce impacts of supply losses or make more supplies available. Which parts of the six sections it appears to meet.: a. Identify major in-state key energy assets, traditional energy infrastructure -petroleum, natural gas, electricity - and renewable energy sources such as wind. The petroleum facilities should include oil terminals. The natural gas facilities should include in-state major pipelines and storage and LNG facilities. The electric facilities would include power plants, major transmission and distribution facilities. Also identify, in general, major out-of-state assets (e.g. interstate natural gas pipelines) that supply energy to RI.; b. Develop an Infrastructure Data Base and GIS Maps - Organize and report the in-state asset locations and download the information into a GIS system to produce a GIS map(s). The format should be accessible so that OER can update the data over time.; c. Determine the vulnerabilities (e.g. physical, technical/cyber, operational, natural and man-made) that can impact the different energy infrastructures and energy supplies and deliveries for RI. Rank the vulnerabilities in terms of probability of occurrence.; 2) State Energy Security Plan. The State Energy Security Plan shall include the following: Address all energy sources and regulated and unregulated energy providers and provide a State energy profile, including an assessment of energy production, transmission, distribution, and end-use; Provide a State energy profile, including an assessment of energy production, transmission, distribution, and end-use. Address potential hazards to each energy sector or system, including physical threats and vulnerabilities and cybersecurity threats and vulnerabilities; Provide a risk assessment of energy infrastructure and cross-sector interdependencies; Address potential hazards to each energy sector or system, including: physical threats and vulnerabilities; and cybersecurity threats and vulnerabilities. Provide a risk mitigation approach to enhance reliability and end-use resilience and address multi-state and regional coordination, planning, and response; Examine best practices from Energy Security Plans from other jurisdictions; Review the findings from the Vulnerability and Risk Analysis. That analysis will likely highlight gaps of key energy emergency and energy security plan components; Based in part on above findings, devise and/or revise response, mitigation and recovery measures that Rhode Island’s government officials and energy industry may possibly consider implementing to limit consequences and speed recovery for energy disruptions;