Capacity Decisions with Demand Fluctuations and Carbon Leakage

24 Pages Posted: 6 Mar 2014

See all articles by Guy Meunier

Guy Meunier

Ecole Polytechnique, Palaiseau

Jean Pierre Ponssard

Ecole Polytechnique, Paris - Laboratoire d'Econometrie

Date Written: February 20, 2014

Abstract

For carbon-intensive, internationally-traded industrial goods, a unilateral increase in the domestic CO2 price may result in the reduction of the domestic production but an increase of imports. In such sectors as electricity, cement or steel, the trade flows result more from short-term regional disequilibria between supply and demand than from international competition. This paper formalizes this empirical observation and characterizes its impact on leakage. Domestic firms invest in home plants under uncertainty; then, as uncertainty unfolds, they may source the home market from their home plants or from imports. We prove that there would be no leakage in the short-term (without capacity adaptation) but there would be in the long-term (with capacity adaption). Furthermore, the larger the uncertainty the larger the leakage is. We also characterize the impacts of uncertainty on the (short-term and long-term) pass-through rates. In the concluding section we discuss the implications of these results for the evaluation of climate policies.

Keywords: carbon leakage, demand fluctuations, capacity decisions

JEL Classification: D810, D920, Q560, L130

Suggested Citation

Meunier, Guy and Ponssard, Jean Pierre, Capacity Decisions with Demand Fluctuations and Carbon Leakage (February 20, 2014). CESifo Working Paper Series No. 4627, Available at SSRN: https://ssrn.com/abstract=2404885

Guy Meunier

Ecole Polytechnique, Palaiseau ( email )

Route de Saclay
Palaiseau, 91128
France

Jean Pierre Ponssard (Contact Author)

Ecole Polytechnique, Paris - Laboratoire d'Econometrie ( email )

1 rue Descartes
Paris, 75005
France

Do you have a job opening that you would like to promote on SSRN?

Paper statistics

Downloads
21
Abstract Views
688
PlumX Metrics