A Macroeconomic Study of Federal and State Automotive Regulations with Recommendations for Analysts, Regulators, and Legislators
Total Page:16
File Type:pdf, Size:1020Kb
A Macroeconomic Study of Federal and State Automotive Regulations with Recommendations for Analysts, Regulators, and Legislators Sanya Carley, Denvil Duncan, John D. Graham, Saba Siddiki, and Nikolaos Zirogiannis March 2017 A Macroeconomic Study of Federal and State Automotive Regulations with Recommendations for Analysts, Regulators, and Legislators Sanya Carley, Denvil Duncan, John D. Graham, Saba Siddiki, and Nikolaos Zirogiannis School of Public and Environmental Affairs Indiana University March 2017 REPORT INFORMATION AND ACKNOWLEDGEMENTS This is the final report of an 18-month study conducted under a grant agreement between Indiana University and the Alliance of Automobile Manufacturers. It builds on our preliminary report, Rethinking Auto Fuel Economy Policy: Technical and Policy Suggestions for the 2016-2017 Midterm Reviews. School of Public and Environmental Affairs, Indiana University. February, 2016 (https://spea.indiana.edu/doc/research/working-groups/fuel-economy-policy-022016.pdf). The authors are fully and independently responsible for the design, execution, and findings of the study. The findings and views expressed in the report are those of the authors and do not necessarily represent the views of the Alliance of Automobile Manufacturers or Indiana University. The authors are especially grateful to have received guidance and constructive criticism from the project’s Peer Review Advisory Board and consultants Alan Jenn of the University of California at Davis, and Wally Wade, a former chief engineer and technical fellow in Powertrain Systems Technology and Processes at Ford Motor Company, who is also a member of the National Academy of Engineering. We also appreciate helpful information from staff at several federal agencies (DOE, EPA, DOT, EIA, and OMB) and a variety of manufacturers, suppliers, and related associations. The February 2016 Preliminary Report, which covered the regulatory aspects, also benefited from written peer reviews supplied by the following experts across the U.S.: Hunt Allcott (New York University), John DeCicco (University of Michigan), Salim Furth (The Heritage Foundation), Ted Gayer (Brookings Institution), Rachel Krause (University of Kansas), Don Mackenzie (University of Washington), and one anonymous regulatory expert. Revisions in response to those peer reviews are reflected in this final report. The findings and views expressed in the report do not necessarily represent the views of any of these peer reviewers. We also acknowledge helpful informal comments from John German and Tom Walton, and from participants of the 2016 annual conference for the United States Association of Energy Economics, the 2016 annual conference for the International Association of Energy Economics, the 2016 University of South Carolina International Journal of Law and Business symposium, the 2016 Austin Energy Workshop, and the 2016 annual conference for the Association of Public Policy Analysis and Management. Rebecca Snedegar provided excellent administrative assistance throughout the project as well as leads on important studies and developments. Dan Esposito, Emily Hall, Alyssa Julian, and David Michael provided helpful research assistance. Comments on the report are welcome and can be submitted to [email protected]. PROJECT PERSONNEL Research Team from the School of Public and Environmental Affairs at Indiana University Bloomington and Indiana University-Purdue University Indianapolis Dr. Sanya Carley, Associate Professor Dr. Denvil Duncan, Associate Professor Dr. John D. Graham, Dean and Professor and former Administrator, Office of Information and Regulatory Affairs, White House Office of Management and Budget (2001-2006) Dr. Saba Siddiki, Assistant Professor Dr. Nikolaos Zirogiannis, Assistant Scientist Project Peer Review Advisory Board Dr. Joseph Aldy, Associate Professor of Public Policy, Kennedy School of Government, Harvard University, and former White House Special Assistant to the President for Energy and Environment (2009-2010) Gurminder Bedi, Managing Partner, Compass Acquisitions, and former Vice President of Ford Motor Company Dr. Rob Carey, Director of the Regional Dynamics and Economic Modeling Laboratory, Clemson University Dr. Carolyn Fischer, Senior Fellow, Resources for the Future Dr. Heather MacLean, Professor of Civil Engineering, University of Toronto Dr. Edward Montgomery, Dean, McCourt School of Public Policy, Georgetown University, and former Executive Director of the White House Council on Auto Communities and Workers (2009-2010) 1 EXECUTIVE SUMMARY This study examines how the U.S. economy is likely to be impacted by the combined effects of three automotive regulatory programs that were adopted in 2012: the U.S. Department of Transportation’s corporate average fuel economy (CAFE) standards for model years 2017-2025; the Environmental Protection Agency’s greenhouse gas (GHG) emissions standards for model years 2017-2025; and the California Air Resources Board’s Zero-Emission Vehicle (ZEV) requirements for 2018-2025. A combined analysis of these three regulatory programs and their impacts is provided for several reasons: all three programs share similar policy objectives (e.g., reducing the greenhouse gases that contribute to climate change); cover products—cars and light trucks—produced by the same industry; become increasingly stringent in the same time frame; have interdependent practical consequences (e.g., it is more difficult for automakers and dealers to commercialize plug-in electric vehicles under the California ZEV program when the federal programs are making gasoline-powered vehicles more fuel-efficient than they would otherwise be); and can be modified— through legislative and/or administrative action—by the U.S. federal government. 2012 vs. 2016 Perspectives A distinctive feature of this study is that the programs are analyzed from two perspectives. The “2012 perspective” uses inputs reflecting evidence that was available from 2009-2012, when the 2012 programs were being developed. The “2016 perspective” uses inputs that reflect new information that has become available since 2012 on the California ZEV program, technology costs, fuel-saving effectiveness, fuel prices, vehicle miles traveled, vehicle resale values, and consumer behavior. Thus, we seek to determine whether macroeconomic impacts looked differently in 2012 than they do today. Compared to the 2012 inputs, the 2016 inputs reflect (1) a larger vehicle price premium due to the suite of federal and California regulations, which will grow in stringency from model years 2017-2025; (2) a large reduction in the federal government’s official forecast for average gasoline prices in 2025, down from $3.84 per gallon to $2.74 per gallon; (3) new evidence on how vehicle purchasers perceive and value fuel economy, both during their ownership period and when they resell their vehicle; (4) new evidence on how many miles Americans travel each year over the long lifetime (up to 30 years) of a vehicle; and (5) new evidence and forecasts showing a rapid decline in the price of lithium-ion battery packs and the cost of producing plug-in electric vehicles (PEVs). The modeling explores how the new inputs, individually and in combination, change the macroeconomic forecasts of the impacts of the regulations. Choice of Economic Indicators Three macroeconomic indicators are considered: employment levels, gross domestic product (GDP), and real disposable income at the household level. Each of the three indicators are standard economic performance measures watched closely by policy makers, Wall Street and other financial analysts, investors, and stakeholders in the industry such as labor union leaders, car dealers, original equipment manufacturers, and parts suppliers. We also undertake separate analyses of the impact of the regulations on the volume of new vehicle sales, since new vehicle sales are a key sectoral indicator as well as a closely-watched indicator of the overall health of the economy. In addition, the volume of new vehicle sales influences how fast the environmental objectives of the regulations can be accomplished and influences the societal costs and benefits of those regulations. Causal Pathways for Economic Impacts We consider three causal pathways for how the regulatory standards could impact the U.S. economy: (1) by raising the average cost of producing new vehicles, and passing those costs on to the average prices of new vehicles which will be felt by consumers; (2) by stimulating the automotive supply chain as original-equipment manufacturers 2 and suppliers innovate, hire additional workers, and produce new technologies such as turbocharged engines, new transmissions, lightweight materials, conventional hybrid engines, advanced diesel engines, and plug-in electric vehicles; and (3) by reducing gasoline consumption with positive spending reallocations for households, businesses, and governments, and negative effects in the U.S. petroleum sector, including the supply chains that are related to oil and gasoline production. We show results for each of the causal pathways individually as well as the combined impact of the three pathways. Modeling Platform The modeling platform chosen for the analysis is REMI PI 2.0.2, a well-known and versatile macroeconomic model that combines information on the U.S. economy from four general sources: input-output matrices, general equilibrium tools, econometrics, and economic geography. REMI is particularly appropriate for regulatory application because it accounts