Large-scale changes are anticipated for U.S. environmental policies heading into 2017. The new administration has promised a “comprehensive review of all federal regulations,” which include policies aimed at carbon dioxide emissions from power plants, fuel economy standards, oil and gas production, and tax credits for solar panels, wind turbines and electric cars.
Exactly what form these changes will take is unknown. Some believe that most of these policies will be dismantled, while others argue that most of the policies will remain in place. But this is all speculation.
What the discussion over what may or may not happen has missed, however, is that this uncertainty in itself is costly. Not knowing what the future holds, companies are less likely to invest in new technologies. To address today’s environmental problems, we need breakthrough technologies that can be widely adopted and exported to the rest of the world. Economists have shown, using both theory and data, that policy uncertainty makes this type of innovation less likely to happen.
Perhaps in no other sector is there as much uncertainty as automobiles. U.S. fuel economy standards have been around since the 1970s, but new rules introduced in 2012 mandate a steep climb toward 50+ miles per gallon (mpg) in 2025. There are real questions, however, about whether these rules will be relaxed and, if so, by how much.
The sheer complexity of U.S. fuel economy standards leaves policymakers with lots of options for policy changes. In a new working paper, fellow economist Chris Knittel and I review the complicated requirements imposed on automakers. Different-sized vehicles are treated differently, trucks are treated differently than cars, and alternative-fuel vehicles receive special credits and exemptions. Any or all of these rules could change.
This uncertainty puts automakers in a difficult position. Do you assume that standards will remain in place, and invest in producing high-mpg vehicles? Do you assume standards will be relaxed, and move toward lower-mpg vehicles? Or do you lie back and make little new investment, waiting to see what will happen?
Irreversible Investments and ‘Option Value’
Economists have long written about exactly this type of decision-making under uncertainty. There is broad evidence, based on both theoretical models and empirical evidence, that companies invest less when they face uncertainty. Using data from the United States and 11 other countries, a new paper by economists Scott Baker, Nick Bloom and Steven Davis, for example, shows a robust negative impact of uncertainty on investment. Companies in the health care and financial sectors are particularly affected by uncertainty, and cut not only investment but also production and employment.
Bosse Johansson, Author provided
Why? The idea is simple. When there is uncertainty, there is “option value” to delaying irreversible investments. In other words, it is often better to wait and see what happens, rather than to make a costly mistake. R&D investments are particularly affected by uncertainty, because the return on these investments is sensitive to what happens with policy.
This literature has clear implications for current U.S. environmental policy. By any measure, there is today an unusually large amount of policy uncertainty, which creates an incentive for companies to delay investments. Why invest today in a new alternative fuel vehicle if fuel economy standards are uncertain? Why invest today in a new technology for producing solar panels, if federal support for renewable energy is in flux?
The Aluminum F-150
Will Ford regret investing in the new aluminum F-150, for example?
Ford just spent US$1 billion over six years to develop a new F-150 truck, with a lighter aluminum-based body and smaller, more fuel-efficient engine. The new truck was built to meet the new fuel economy standards. But if the standards are substantially weakened, Ford could be stuck with a $1 billion mistake.
Investments like Ford’s new F-150 are particularly sensitive to uncertainty because of the long time horizon. It takes many years for an automaker to develop a new vehicle model, so companies must be particularly careful when pulling the trigger. Today’s policy uncertainty makes it less likely that other companies will follow Ford’s footsteps with large investments in innovative new technologies.
Perhaps most at risk from policy uncertainty are breakthrough technologies. In energy, in particular, companies often need a long time and lot of money to develop their technologies before coming to market – the so-called valley of death – and uncertainty over government policies can be the difference between success and failure.
Imagine trying to convince a venture capital firm to invest in your clean-tech start-up given today’s uncertainty. Sure, you can point to state-level policies in California and elsewhere (although there is uncertainty here too), but the questions around federal policy looms large.
If you are concerned about climate change, like I am, then this delay in the pace of innovation is deeply troubling. With carbon dioxide concentrations continuing to climb, small incremental changes are not going to be enough to address global climate change. We need big, game-changing technologies that can be widely adopted and exported to the rest of the world. And, unfortunately, today’s uncertainty makes this type of innovation less likely to happen.
This blog post is available on The Conversation.
Lucas Davis is the Jeffrey A. Jacobs Distinguished Professor in Business and Technology at the Haas School of Business at the University of California, Berkeley. He is Faculty Director of the Energy Institute at Haas, a coeditor at the American Economic Journal: Economic Policy, and a Faculty Research Fellow at the National Bureau of Economic Research. He received a BA from Amherst College and a PhD in Economics from the University of Wisconsin. Prior to joining Haas in 2009, he was an assistant professor of Economics at the University of Michigan. His research focuses on energy and environmental markets, and in particular, on electricity and natural gas regulation, pricing in competitive and non-competitive markets, and the economic and business impacts of environmental policy.