Vision and reflection on Mining Software Repositories research in 2024
EU Carbon Pricing of Energy Instruments
1. Explicit and implicit carbon
pricing of different instruments
at the EU level
Luis Rey
Bilbao
October 23, 2015
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2. 2
How do we measure static efficiency?
Ideally, the static efficiency is assessed in terms of
how successful the current policy mix is in equalising
the marginal abatement cost across sectors and
across emitters.
This measure is typically approximated through the
carbon price: the policy mix is statically efficient if it
succeeds in generating a uniform carbon price
across sectors and emitters.
Carbon prices can be explicit, such as the carbon
price of the EU ETS, or implicit.
4. 4
Implicit carbon price: financial support by
technology divided by the amount of CO2 emissions
avoided.
Example: average support is 50 €/MWh and emissions account for 0.5
tCO2/MWh. This implies an implicit carbon price of 100 €/tCO2.
Average financial support by technology is obtained
from CEER database.
The amount of CO2 avoided:
National mix (excluding renewables)
EU mix (excluding renewables)
Natural gas
RES support mechanisms in the electricity sector
8. 8
Implicit carbon price: excise tax per unit of energy product
divided by the CO2-eq emissions per unit.
Example: excise tax is 0.5 €/litre and emissions account for 2 kgCO2/litre. This implies
an implicit carbon price of 250 €/tCO2.
Taxes are obtained from the IEA and emission factors from
the IPCC.
Energy taxes
12. 12
Conclusions
There is little harmonisation in the promotion of renewables and
energy taxes at the EU level.
The implicit carbon price set by the different policies, vary
widely.
In the long-term, in order to maximize the static efficiency of the
EU climate instrument mix, the implicit carbon price set by the
different policies should convergence with the carbon price of
the EU ETS.