Life-Cycle Benefit-Cost Analysis
Economic Parameters 2012
Economic Parameters 2012
The Economics Analysis Branch utilizes standard economic valuations for application in benefit-cost analysis. These values are used consistently across the Cal-B/C Framework, which includes the Cal-B/C V5.0 and Cal-B/C Corridor . The values are recommended for use in economic analysis on all modes, including highway, rail and transit projects. The economic values represent statewide averages.
Travel Time Parameters
|Real* (Inflation Adjusted)||4.0|
|Value of Time||Dollars Per Person Hours|
|Auto/Truck Composite (Weighted-Average)||$17.35|
|Transit (in vehicle)||$12.50|
|Transit (out of vehicle)||$25.00|
|Average Vehicle Occupancy Rate||1.15|
Vehicle Operating Cost Parameters
|Average Fuel Price||Dollars Per Gallon|
|Regular Unleaded (auto)||$3.714|
|Fuel Price (excluding taxes)||Dollars Per Gallon|
|Regular Unleaded (auto)||$2.85|
|Non-Fuel Costs||Dollars Per Mile|
Accident Cost Parameters
|Cost of Highway Accident||Dollars Per Accident|
|Property Damage Only (PDO) Accident||$10,200|
|Average Cost per Accident||$52,500|
|Cost of an Event||Dollars Per Event|
|Cost of a Fatality||
|Cost of an Injury|
|Level A (Severe)||$221,400|
|Level B (Moderate)||$56,500|
|Level C (Minor)||$26,900|
|Cost of Property Damage||$2,500|
Emissions Cost Parameters
|Health Cost of Transportation Emissions||Dollars Per U.S. Ton|
|Carbon Monoxide (CO)||
|Nitrogen Oxide (NOx)||
|Particular Matter (PM10)||
|Sulfur Oxide (SOx)||
|Volatile Organic Compounds (VOC)||
|Greenhouse Gases (CO2e)**||
*The Cal-B/C Framework is setup to evaluate costs and benefits in constant dollars without escalating future values.
**The Cal-B/C Framework includes a two-percent "uprating" factor, so that subsequent years reflect the increasing values. This approach is consistent with Interagency Working Group on Social Cost of Carbon, United States Government,2010.
Measuring Economic Productivity Gains
Standard benefit-cost analysis captures user benefits (cost savings) rather than broader economic impacts of transportation improvement projects. The primary user benefit (cost) is the travel time savings valued using average labor earnings. Caltrans is proposing to measure economic productivity gains from improved mobility using statewide average hourly output per worker (value added to Gross State Product) as the opportunity cost of labor. This information is presented here to elicit user input and discussion on the merit of the methodology, and spur professional discourse pertaining to economic productivity analysis in the benefit-cost process.
Opportunity Cost of Labor (hourly) = CA Labor Productivity / Average Work Hours Per Year * 0.70
Based on the National Household Travel Survey 2001, approximately 70 percent of Total Vehicle Miles Traveled is related to economic activity.Caltrans is seeking input and discussion on this proposed approach or other approaches available. If you would like to provide comments or feedback, please contact Barry Padilla at email@example.com.
The Cal-B/C Framework, as a standard benefit-cost approach, focuses on estimating travel time savings, vehicle operating cost savings, safety savings and vehicle emissions savings. The Framework offers a simple, practical method for preparing economic evaluations on prospective highway, rail and transit improvement projects. For individuals interested in non-traditional impacts, such as noise and land use, we provide the following links with information on some other impacts from transportation improvements:
- The True Cost of Driving Calculator
- Victoria Transport Policy Institute: Transportation Cost & Benefit Analysis - Techniques, Estimates & Implications
Caltrans is providing this information solely for user consideration and does not endorse the opinions or values provided.