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China's Unconventional Nationwide CO₂ Emissions Trading System: The Wide-Ranging Impacts of an Implicit Output Subsidy / Lawrence H. Goulder, Xianling Long, Jieyi Lu, Richard D. Morgenstern.

NBER Working papers Available online

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Format:
Book
Author/Creator:
Goulder, Lawrence H.
Contributor:
National Bureau of Economic Research.
Long, Xianling.
Lu, Jieyi.
Morgenstern, Richard D.
Series:
Working Paper Series (National Bureau of Economic Research) no. w26537.
NBER working paper series no. w26537
Language:
English
Physical Description:
1 online resource: illustrations (black and white);
Place of Publication:
Cambridge, Mass. National Bureau of Economic Research 2019.
Summary:
China is planning to implement the largest CO₂ emissions trading system in the world. To reduce emissions, the system will be a tradable performance standard (TPS), an emissions pricing mechanism that differs significantly from the emissions pricing instruments used in other countries, such as cap and trade (C&T) and a carbon tax. We employ matching analytically and numerically solved models to assess the cost-effectiveness and distributional impacts of China's forthcoming TPS for achieving CO₂ emissions reductions from the power sector.
We find that the TPS's implicit subsidy to electricity output has wide-ranging consequences for both cost-effectiveness and distribution. In terms of cost-effectiveness, the subsidy disadvantages the TPS relative to C&T by causing power plants to make less efficient use of output-reduction as a way of reducing emissions (indeed, it induces some generators to increase output) and by limiting the cost-reducing potential of allowance trading. In our central case simulations, TPS's overall costs are about 47 percent higher than under C&T. At the same time, the TPS has distribution-related attractions. Through the use of multiple benchmarks (maximal emission-output ratios consistent with compliance), it can serve distributional objectives. And because it yields smaller increases in electricity prices than a comparable C&T system, it implies less international emissions leakage.
Notes:
Print version record
December 2019.

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