an optimization planning technique for suez canal network in egypt

this paper introduces a proposed optimization technique pot for predicting the peak load demand and planning of transmission line systems. many of traditional methods have been presented for long-term load forecasting of electrical power systems. but, the results of these methods are approximated. therefore, the artificial neural network (ann) technique for long-term peak load forecasting is modified and discussed as a modern technique in long-term load forecasting. the modified technique is applied on the egyptian electrical network dependent on its historical data to predict the electrical peak load demand forecasting up to year 2017. this technique is compared with extrapolation of trend curves as a traditional method. the pot is applied also to obtain the optimal planning of transmission lines for the 220 kv of suez canal network (scn) using the ann technique. the minimization of the transmission network costs are considered as an objective function, while the transmission lines (tl) planning constraints are satisfied. zafarana site on the red sea coast is considered as an optimal site for installing big wind farm (wf) units in egypt. so, the pot is applied to plan both the peak load and the electrical transmission of scn with and without considering wf to develop the impact of wf units on the electrical transmission system of egypt, considering the reliability constraints which were taken as a separate model in the previous techniques. the application on scn shows the capability and the efficiently of the proposed techniques to obtain the predicting peak load demand and the optimal planning of transmission lines of scn up to year 2017.