Laws such as the "Law on Technology Transfer (1998)" promote the introduction of technologies which minimizes or reduces GHG emissions and waste related to pollution. The energy sector is the biggest contributor to GHG emissions; with non-renewable resources taking up the majority. Unfortunately, utilization of the sources is not used at an efficient level. Creating an optimal structure of sources for energy system will increase the efficiency of electricity production and reduce GHG emissions. The implementation of advanced technologies in energy production, increasing renewable electricity capacity by up to 30%, reducing electricity transmissions losses are the suggested options to be introduced in the near future. Implementation of projects such as increasing the share of renewable energy in the total energy generation by up to 30%, and the introduction of small hydro-power plants, wind power generators, (PV) Solar Systems and Geothermal Heat pumps will greatly affect the efficiency of the integrated energy system in a positive manner. In terms of heating systems, it is divided into 3 different types of systems: district heating systems, medium-capacity heating systems and small-capacity heating systems, and low-pressure hot water boilers. Reducing the number of small capacity and low-pressure boilers and instead focusing on the development of the district heating system will increase the efficiency of heat transfer and most importantly, reduce GHG emissions. Coal accounts for 96% of the total fuel utilization, although it is cheap and