The Predict of optimal injection rate to prevent the gas hydrates formation in the natural gas transportation from the pipelines of Damascus North fields (Al Brij-1, Qara-1, Der Atih-1)

This paper includes was clarified the objectives of this study and the problems caused by gas hydrate formation problem in the studied gas transportation lines, and submit of the studied fields, contains all the required data in this research.

Study the possibility of improving the transfer of electric power capacity in 66 kV network in the province of Lattakia by using of compact lines

This research was prepared in order to study the effect on the 66 kV power network in Lattakia province as a result of replace some of the traditional transmission lines in this network of the type Compact Lines , from only technically, any of the terms of the impact on the load flow in transmission lines, in a stable working system (natural), due to the impossibility of conducting this study on the ground a program was created allows the user to simulate various types of electrical networks radial and simple or complex loop , and the analysis of the technical performance of different cases of transmission lines (traditional and compact) and compare the results for both cases in normal working system.

Broadband Over Power Lines Technology BPL

This research present broadband over power lines (BPL) technology as an effective option for Syrian Arab republic since this technology basically based on existing network which supply the electricity to the public use.

Classification of Faults in Power Transmission Lines Using Artificial Neural Networks

This paper shows a new approach to determine the presence of defects and to classify the defect type online based on Artificial Neural Networks (ANNs) in electrical power system transmission lines. This algorithm uses current and voltage signals sampled at 1 KHz as an input for the proposed ANNs without the involvement of a moving data window, so input data will be processed as a string of data. The model depends on three neural networks one for each phase and another fourth neural network for the involvement of the ground during the fault. Response time of the classifier is less than 5 ms. Moreover modern power system requires a fast, robust and accurate technique for online processing. Simulation studies show that the proposed technique is able to distinguish the fault type very accurate. Also this technique succeeded in determining of all defect types under all system conditions, so it is 100 percent accurate, so it is suitable for online application.

Transmission lines at their intersection with engineering installations

The equation of towers height calculation carryingpower transmission lines at their intersection with engineering installation is one of the methods of designing power nets,the solution of which depends on the traditional method for calculating conductors coordinates. Sometimes this problem becomes so complicated or impossible to solve, therefore, we have to use the space solution mainly when the wind direction made an angle with these transmission lines and the points of hanging height difference. In this case it is better to use the vector method which we used at the present work. We used a mathematical model to calculate the minimum point coordination of the transmission lines curves and the minimum distance between the engineering installation and that of these transmission lines, and the suitable carrying towers heights, a cording to the permissible electrical equipment laws. So we could find the suitable towers height coordinates by using the C++ applicable program. Calculation errors between traditional and vector method reaches high value which increases with the slope angle increasing of conductors.