CO2 per ton ranging from 9.2$ (in the 15 years and 3% case) to 29.8$ (in the 10
years and 5% case) will make windmills competitive compared to conventional
energy production. This result makes it easier to analyse when windmills will
gain comparative advantages.
Table 2: Implicit price of CO2
Real interest rate |
$ per ton, 1998 prices | |
10 years |
3% |
25.5 |
5% |
29.8 | |
15 years |
3% |
9.2 |
________5%________ |
_____________12.9_______________ |
Reproduced from Hansen et al (2002), table 4, page 16.
Concerning the marginal costs of implementing the Kyoto-target, Table 3
shows estimates under the two policy options used in figure 2.
Table 3: Estimates of marginal costs of implementing the Kyoto-protocol
Reported in |
Cost efficient ($ per ton)a |
Domestic implementation |
Clinton Administration (1998) |
14-23 | |
Nordhaus and Boyer (1999) |
11 |
125 |
Zhang (2000) |
9.7 | |
Nentjes-Woerdman (2000) |
250 | |
Manne-Richels (1998) |
70 |
240 |
a) The marginal costs of meeting the Kyoto target with unlimited access to
flexible mechanisms.
b) The marginal costs of meeting the Kyoto target when no flexible mecha-
nisms are feasible.
Note, that a large variation in the estimates presented in Table 3 exists. Thus,
the comparison of numbers in table 2 and 3 should only be thought of as indica-
19
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