About Us
RE and EE projects aim at not only testing the technical and implementation in this Region, but also with an integrated approach creating an increasing effect on industry, service, tourism, agriculture fields with additional values such as competitiveness, employment, trained labor, increasing research capacity. With the increase of primary energy supply in Turkey, there is no an improvement observed for the supply of consumption with the production.
The production and consumption ratio is 28,0% in 2008 and is 29,5% in 2009, moreover it is observed that in 2010 the ratio remained at a similar level. These data showed that in Turkey’s primary energy supply, the external dependency is at a level of approximately 70%. The same applies for the production of electricity, more than half of the electricity produced in Turkey are provided from the imports of primary energy sources (mostly natural gas).
On the other hand, 170 million tonnes of CO2 equivalent greenhouse gas emissions in 1990 increased to 372 million tonnes of CO2 equivalent in 2007 in Turkey. Emissions from electricity generation play an important role in this increase, during the same period, with the increase of emissions from 30 to 233%, it reached 100 million tonnes of CO2 equivalent. Read More
Monthly Journals
The Greatest Natural Energy Potential of Turkey, the Southeastern Anatolia
In South-eastern Anatolia Region, the Renewable Energy Use is Expected to Reach 50% by 2030.
When the assessment of direct normal irradiance (DNI) is made according to the provinces in the South-eastern Anatolia Region; it seems to be the lowest value of direct normal irradiance is found in Şırnak and the highest is in Adıyaman.
When the assessment of total horizontal irradiance (THI) is made according to the provinces in South-eastern Anatolia, it seems to be the lowest value of total horizontal irradiance is found in Batman, and the highest is in Adıyaman.
Direct normal radiation in the Southeastern Anatolia Region (DNI) changes between the values of 1,932 kWh / m2 serpent with 2,041 kWh / m2 serpent in average, the total horizontal irradiance (THI) changes between values of 1,794 kWh / m2 serpent with 1,845 kWh / m2 serpentine average.