Energy and Measures for Risk Mitigation and Transfer
Assuring the availability and continuity of critical energy infrastructure,
as well as paying for the costs of infrastructure restoration and reconstruction,
has long been a topic of great intensity and controversy, due to the potential
for devastating losses as well as the complexities inherent in the cyber aspects
of critical infrastructure. The consequences of actual and future catastrophic
events and their
resulting financial damages require continued efforts to explore cost recovery
mechanisms that would increase policy options for state and federal officials,
enhance market signals and the climate for commercial insurance, and restore
vital services at the lowest possible costs to energy utilities and their
customers.
In August 2004, the CIP Program received an initial grant from the US Department
of Energy (DOE) and one of its research institutions, the National Energy Technology
Laboratory (NETL) under the broad rubric of Energy and Measures for Risk
Mitigation and Transfer.
Also in 2007, CIP program researchers working under the DOE grant performed quantitative and qualitative assessments of forty-seven "State Energy Emergency Response Plans" (SEERPs). Since 1990, states have a basic, conditional requirement under federal law to develop such "contingency plans" in order to provide more effective state and regional coordination to energy shortfalls and emergencies, and to provide the Secretary of Energy with an awareness of the states' plans, responses and legal authorities. The 47 plans were evaluated against the National Association of State Energy Officials (NASEO) State Energy Assurance Guidelines, Version 2 (November 2005). Through a thorough examination of the NASEO Guidelines, CIP Program researchers developed a set of topical metrics and supporting submetrics. These indicators were organized into a data matrix, which formed the quantitative underpinnings of the evaluations. The evaluation team reviewed each plan at least four times to mitigate the potential for bias, particularly when assessing the more subjective aspects of the SEERPs. After concluding the evaluations in August, CIP Program researchers prepared a report which included statistical analyses including visuals (maps, graphs, box plots, frequencies, etc.). The draft report was presented to DOE's Office of Electricity Delivery and Energy Reliability on September 17, 2007. Subsequent to DOE's review of the draft, selected research results may be available on our website.
Research was funded by an ongoing grant from the US Department of
Energy (DOE): Grant DE-FG26-04NT42250.
The information provided in the documents provided via links on this
web page represent individual and collective views of researchers and may
not reflect those of the grant sponsor, the Critical Infrastructure Protection
Program (CIP Program) or its parent institution, George Mason University
School of Law.
The Critical Infrastructure Protection Program | George Mason University School of Law 3301 N. Fairfax Drive | MS 1G7 | Arlington, VA 22201 Phone: (703) 993- 4840 | Fax: (703) 993- 4847