GHG mitigation schemes and energy policies: A model-based assessment for the Italian economy
Barbara Annicchiarico (),
Fabio Di Dio (),
Pierfrancesco Molina and
Economic Modelling, 2017, vol. 61, issue C, 495-509
We build up a large scale dynamic general equilibrium model embodying a cap on pollutant emissions, an electricity sector and fuel consumption to analyse climate-energy policies for the Italian economy. Our results show how the trade-off between environmental quality and economic activity can be effectively overcome by recycling the revenues from the sales of emission permits in labour tax reductions. A tax combination aimed at reducing the consumption of fossil fuel, while simultaneously decreasing taxes on labour, is expansionary, but the final outcome is influenced by the underlying GHG emission policy. Tax incentives encouraging the use of clean energy sources, by discouraging the use of fossil fuel, produce a sizeable reallocation of emissions across sectors and are found to be expansionary. Overall the paper highlights the non-trivial interactions between the different fiscal tools in hand to meet the legally binding commitment on emission reduction, while limiting the potential negative fallout on the economy.
Keywords: Environmental policy; GHG emissions; Energy policies; Dynamic general equilibrium model; Simulation analysis; Italy (search for similar items in EconPapers)
JEL-codes: E27 E60 Q40 Q58 (search for similar items in EconPapers)
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