Abstract:
There has been growing consideration about the intensity of greenhouse gases in the atmosphere as a trigger of climate change. This issue has resulted in the need to define targets for abating carbon emissions. Turkey’s CO2 emissions have tripled in the period 1990-2012. It is therefore needed to examine Turkey’s energy sector to un derstand the leading cause of skyrocketing emissions and elaborate the policy options to reduce emissions. The costs associated with emission reductions are also influential on the national economy. In order to be able to analyze these interactions, this thesis defines a model to examine the economic impacts of emission constraints and presents a baseline for policy makers. The TIMES-MACRO modeling framework has been em ployed in this thesis which is a hybrid energy system and economic growth model. Using this modeling framework, Turkey’s energy sector and CO2 emissions have been evaluated together with the economic implications. Following an overall overview of the model, the behavior of the Turkey energy sector under a business-as-usual scenario, under carbon constraints and under carbon taxes have been comparatively evaluated. The main focus of this thesis is to assess the effects of emission constraints on the energy sector, evaluate costs and the subsequent impacts on the entire economy. The model is calibrated under a reference scenario along with various policy scenarios con sidering the same resource availability, macroeconomic assumptions and technological characteristics, but applying different emission targets and policy tools. Results suggest various useful policy implications for an environmentally and economically sustainable development of the country and provide long-term prospects for effective and applicable energy policy solutions to foster investment into new technologies.
