• مطالعات اقتصادی مرتبط با حاملهای انرژی (فسیلی، تجدیدپذیر و برق)
SHAKER MOHAMADI; ali emami meibodi; AMIRHOSEIN FAKEHI
Abstract
Today, in most countries, especially developing countries, economic growth is at the heart of planning. Since the place of economic activity is the environment, unfortunately, growth has had unfortunate consequences for the human environment. The main objective of this study is to measure the reduction ...
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Today, in most countries, especially developing countries, economic growth is at the heart of planning. Since the place of economic activity is the environment, unfortunately, growth has had unfortunate consequences for the human environment. The main objective of this study is to measure the reduction of environmental pollutants and greenhouse gas emissions under policy-making scenarios compared to the reference scenario. The research method in this study is using the scenario analysis method based on Long Term Alternatives Planning Model (LEAP). The research findings show that by designing demand-side and supply-side management scenarios, meaning that replacing renewable energies and electricity in place of fossil fuels (crude oil and natural gas), reducing the amount of environmental pollutant emissions for the year 1420 (year horizon) 2014 (Year Zero Planning) is 123.5 million tonnes.
Shaker Mohammadi; Ali Emami Meibodi; Afshin Javan; Amir Hossein Fakehi
Abstract
Importance of long-term planning in the energy sector and employing policy design tools are focal and strategic issues of the country. The main objective of this paper is to measure the supply (Energy Transformation) and demand of energy during the period of 2014-2042 according to the reference scenario ...
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Importance of long-term planning in the energy sector and employing policy design tools are focal and strategic issues of the country. The main objective of this paper is to measure the supply (Energy Transformation) and demand of energy during the period of 2014-2042 according to the reference scenario and policy scenarios, and to calculate the amount of oil and gas savings under the new scenarios of supply and demand management of the reference scenario. The results of modeling below various energy sectors indicate that energy demand will increase from 1321 MBOE in 2014 to 2471.3 MBOE in 2042. By defining new scenarios and adopting demand and supply management policies, the amount of crude oil savings in the projected year is 702.6 MBOE, which is higher than the base year's crude exports. This result attributed to crude oil exports will be added in the planning horizon. This paper concludes that the move towards utilizing energy demand management and energy supply (Energy Transformation) policies, as well as replacing the renewable energy sources of wind and solar instead of fossil fuels.
