Joint Implementation in the region around the Baltic Sea Region. Economic and energy political perspectives

The project analyses Joint Implementation (JI) from different analytic angles in order to examine to which extent and in which ways JI can be applied for the promotion of cost-effective CO2 reduction in the Baltic Sea region. The project is limited to cover Denmark as a potential JI investor country and the Baltic States and Poland as potential JI host countries.

Project description

Theoretical studies about Joint Implementation (JI) have been showing obvious cost efficiency advantages of taking JI into use. The present research project will contribute as a means of bringing a future JI-policy closer to reality by focusing on the practical implications of introducing JI by allowing selected Danish actors to obtain credit for the implementation of CO2 reducing projects in the Baltic Sea areas. The project activity will be concentrated around the elaboration of a demand curve for the Danish energy sector and for major industrial energy users and to elaborate the corresponding supply curves with JI-projects in four countries in the Baltic Sea Region. Based on these supply and demand curves some relevant questions will be analysed: 1) The shape of the supply curve as a function of the selected criteria JI. 2) The relevance of a JI-policy combined with the existing energy policy and the future tendencies in the light of a common EU energy market. 3) The minimisation of the transaction cost by the establishment of an appropriate institutional set-up for JI. The project recommendations will be directed towards Danish energy authorities and will be the interest of potential JI-actors both inside and outside Denmark

Results

The project is based on desk research and focus is put on the energy sectors of the five countries. Data collection and forecasts are carried out for 1995 to 2012. The two main themes of the project focus on the following basic questions: 1. How can criteria be formulated and which organizational designs can be outlined in order to ensure the practicability of the implementation of JI projects and the environmental additionality of the JI mechanism? 2. How is a JI supply formulated and to which extent is it possible to estimate a JI supply in connection with the appraisal of a number of energy projects as potential JI projects? The first question is answered by the presentation and discussion of basic criteria found in the Kyoto Protocol and the discussion of the criteria is subsequently amplified staring from the existing JI literature. In particular the additionality criterion is discussed and a practical approach to environmental additionality of projects has been elaborated. Further, transaction costs and possible organizational designs of JI are analyzed and discussed. In summary, it may be concluded that it is possible to establish a set of simple and transparent rules and criteria for the additionality appraisal, so that the burden for JI investors is limited. JI specific transactions costs are only limited in relation to medium and large projects. In relation to small projects JI transaction costs will typically constitute a larger amount of the total investment costs. The organizational designs of JI are likely to appear in various forms, since the preferences and motivations of actors and authorities differ. Thus, it is most likely that both bilateral systems and systems based on clearinghouses will appear in the future. The second question has been answered based on the macroeconomic and energy political development of the four host countries. Focus is on the energy sectors, and the baseline CO2 emissions are evaluated based on very ambitious CO2 abatement policies. Even in a scenario with ambitious CO2 reductions there is a potential of JI energy projects. The problem with the implementation of these projects is that as energy sector projects they are typically capital intensive. Initially, it was assumed that Danish JI investors face a trade-off between CO2 reduction in Denmark and CO2 reduction through JI abroad. However, from the project analyses it became clear that in reality the CO2 reduction in JI projects only constitutes a small part of the project economy. Furthermore, sensitivity analyses underlined that traditional parameters (energy prices, tariffs and investments) have a large impact on project risk and income, whereas the CO2 related parameters (CO2 baseline, CO2 shadow price) only have a limited impact on project risk and income. Thus, it can be concluded that JI provides no basis for the motivation of investors by the potential for CO2 credits. Insted, the motivation for JI is based on normal business interests, as would be the case with ordinary energy projects

Key figures

Period:
1998 - 2000
Funding year:
1998
Own financial contribution:
0.61 mio. DKK
Grant:
1.42 mio. DKK
Funding rate:
70 %
Project budget:
2.03 mio. DKK

Category

Oprindelig title
Joint implementation i Østersøregionen. Økonomiske og energipolitiske perspektiver
Programme
EFP
Technology
Other
Project type
Analyse
Case no.
1753/98-0004

Participants

GRONTMIJ A/S (Main Responsible)
Partners and economy
Partner Subsidy Auto financing
No entries available.

Contact

Kontakperson
Brandt Sørensen, Jens
Comtact information
Carl Bro as. Energi og Miljø
Granskoven 8
DK-2600 Glostrup, Denmark
Brandt Sørensen, Jens (divisionschef), 43486060, bkceom@carlbro.dk
Øvr. Partnere: Elsamprojekt A/S

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