How to reduce energy consumption in Iran by 2035?

With regard to save and improve the pattern of electricity consumption and conserve the country's energy reserves and protect the environment, the social costs and emissions of thermal power plants in Iran will be significantly reduced by 2035 in this paper by applying the DSM (demand side management) scenario.

Can power generation technologies improve electricity supply and demand in Iran?

Another line of research can be examining a greater set of power generation technologies intended for optimizing electricity supply and demand in Iran.

How efficient are GT and cc power plants in Iran?

The average efficiencies of GT and CC power plants in Iran are equal to 32.05 and 45.10%, respectively. The scenario will increase efficiency by 40.72%. By multiplying this value by the nominal power of the country’s GT power plants, the increased nominal power can be calculated at 10,661 MW.

How is Iran's electricity generation calculated?

Iran’s electricity generation has been investigated from the standpoints of consumption and emissions, and it will be determined what can be expected of the country’s power plants over the next 20 years. Important energy indicators have been assessed and calculated through classic time series algorithms including single ES (SES), Holt, and ARIMA.

How can Iran generate electricity at the lowest cost?

Then, Iran's electricity sector was optimized to generate electricity at the lowest cost by setting emission roof with different scenarios, especially the Optimized scenario. The social cost and GHG emission were evaluated in both steps.

What is the share of wind in Iran's electricity industry?

because the share of wind in world’s total electricity generation is about 5.9%. Hence, given possible share of wind in Iran’s electricity industry in the foreseable future. See bp Statistical require an initial investment (CapEx) of USD 1.89 billion. It should be note that the total ].