ch17: promoting clean technology (theory) Flashcards
Why might regulation not be sufficient to achieve environmental goals?
- rapid economic growth
- rising marginal costs of control
- the leakage problem
- can be weakened over time through political influence
3 characteristics of clean tech
- services of similar quality to existing technologies
- cost-competitive with existing technologies, in the long run
- environmental superior to existing technologies
long-run private marginal costs of tech
the cost of producing an additional unit once the technology is mature, including all taxes and regulatory costs
two types of CTs
- late-stage CT
- costs competitive with existing technologies at current volume production - early-stage CTs
- require additional r&d or high-production volumes to achieve minimum long-run costs
how have average costs fallen for CTs?
- economies of scale
- learning by doing: as production ramps up, firms discover lower-cost methods of organization and production
- external economies: as complementary industries and markets develop, input costs fall
what are 2 problems with determining whether CTs are environmentally superior? How can we solve them?
problem 1: need to track impacts “cradle to grave”
solution: life cycle analysis
problem 2: different tech have non-comparable impacts
solution: monetize and total the expected life-cycle environmental damages from each source. ie water used, landfill space etc
why is the market so slow to adopt clean tech?
path dependence theory: once a path is chosen, other paths are closed off.
–> very difficult to change paths because
1. infrastructure and r&d investments made in support of chosen technology
- economies of scale create cost advantage
- complementary technologies develop that are tailored to the chosen path
what determines development path choice in a given society?
- relative production costs
- consumer preferences
- relative political strength of conflicting interests
- chance historical circumstances
What can the government do to help overcome path dependence?
influence the market-driven process of tech development toward a path consistent with a sustainable future
what market obstacle is facing CTs?
lack of substantial profit advantage in the market
Because they compete in mature markets with low-profit margins, they are not likely to be highly profitable. Without a substantial profit advantage, firms will not be encouraged to push CTs.
this means that there is little private incentive to overcome barriers of CTS and the inclination to stick with “what works” (path dependence)
What government obstacle is facing CTs?
direct or indirect subsidies to highly polluting competitors
- agriculture, energy, waste disposal, etc
- creates excess supply of highly polluting products.
these subsidies can get “locked in”
- inefficient tech (ie nuclear fission) can survive
what can be done to minimize government errors and political influence?
- level the playing field - eliminate subsidies for dirty technologies and internalize the resulting social costs, preferably through IB regulation
- promote only environmentally superior options
- engage in least-cost planning
what is least-cost planning? what does it achieve?
under a least-cost approach, all subsidies are either time-limited or conditioned on cost reducing performance.
this acts to speed up market process of adoption of CTs instead of replacing market process because market forces only spread profitable technologies
this way bureaucrats can avoid making expensive commitments to inefficient technologies
4 market barriers to cts that must be overcome
- high sunk costs in r&d and marketing
- thin supplier markets
- poor access to capital
- high discount rates
consumers require high rates of return for investment in efficient, durable CTs
how can early-stage cts be promoted?
- r and d funding
- r and d funding will be undersupplied in a free market because r and d has many characteristics of a public god (large spillover effects of tech break throughs so private parties cannot capture full benefits of privately funded research). Funding r and d will allow for these spillover effects to occur, speeding up shift to clean tech.
- can be used for green energy sources, alternative agriculture, waste reduction in manufacturing - producer subsidies
- can be used for solar, hybrid evs, alternative agriculture, waste reduction in manufacturing - technology-forcing standards:
- set a deadline for firms to deliver technology that is not yet marketed.
- can be used for energy efficiency, hybrid electric vehicles, fuel-cell vehicles, recycling - infrastructure investment
- can be used for mass transit and recycling