Assessment of electricity sector using geomatics techniques : Ramadi city as a case study

Abstract EN

representation, analysis, modeling and display of geographicallyreferenced information describing both the Earth's physical features andthe built environment.

One of the main use of this tool is to estimateelectrical energy demand throughout Al Anbar Governorate, which havemajor problems in this sector with about 750 to 770 MW.

Theconsumption of the city of Al Ramadi is about 200 MW.

According toofficial forecasts by the Directorate of Electricity Networks of Al Anbar, this demand is expected to increase to about 900 MW during the summerof 2020.

The present distribution systems in Al Ramadi are mostlyoverhead.

Gradual conversion from overhead to underground systems, particularly at the 11 kV level, is recommended, especially in the centralpart of the city.

This will allow for higher system safety and reliability, and for a much aesthetically improved appearance.

This necessitated theconstruction of additional backup stations.

Furthermore, prepared a planfor stations that have been constructed in the year 2020, in order to meetthe anticipated demand growth during the planning period.

Long-termplan for the Governorate of Al Anbar in order to cope with the increaseddemand for electrical representation, analysis, modeling and display of geographicallyreferenced information describing both the Earth's physical features andthe built environment.

One of the main use of this tool is to estimateelectrical energy demand throughout Al Anbar Governorate, which havemajor problems in this sector with about 750 to 770 MW.

Theconsumption of the city of Al Ramadi is about 200 MW.

According toofficial forecasts by the Directorate of Electricity Networks of Al Anbar, this demand is expected to increase to about 900 MW during the summerof 2020.

The present distribution systems in Al Ramadi are mostlyoverhead.

Gradual conversion from overhead to underground systems, particularly at the 11 kV level, is recommended, especially in the centralpart of the city.

This will allow for higher system safety and reliability, and for a much aesthetically improved appearance.

This necessitated theconstruction of additional backup stations.

Furthermore, prepared a planfor stations that have been constructed in the year 2020, in order to meetthe anticipated demand growth during the planning period.

Long-termplan for the Governorate of Al Anbar in order to cope with the increaseddemand for electrical energy.