Transmission ModelThe classical minimization of power losses in transmission lines is dominated by artificial intelligence techniques, which do not guarantee global optimum amidst local minima. Revolutionary and evolutionary techniques are encumbered with sophisticated transformations, which weaken the techniques....
M.O.Oke, O.M.Bamigbola, "Minimization of losses on electric power transmission lines", Mathematical Theory and Modeling, Vol.3, No.7, 2013, pp.28-31.M. OKE & O.M. Bamigbola, "Minimization of Losses on Electric Power Transmission Lines", Mathematical Theory and Modeling, Vol.3, No...
Kenya has grappled with frequent outages attributed to various factors such as an aging transmission network, staffing challenges at the state-owned power utility, extreme weather events, vandalism and wildlife interference with transmission lines. Recent reports in local media indicated five nationwide a...
The presence of reactive component of current in transmission lines causes adverse impact on the network, including power losses, reduction of line capacit... S Shojaeian,ES Naeeni,M Dolatshahi,... - 《Advances in Electrical & Computer Engineering》 被引量: 4发表: 2014年 An Overview of Pla...
Essentially the losses that occur into the power system may be either technical or non-technical losses [127]. Technical losses are due to power dissipation in transmission and distribution lines and transformers. Non-technical losses are because of electricity theft, non-payment by electricity users...
Recoveries in commercial areas, however, are surprisingly poor. Most of the electricity being used in shops and small businesses is through direct connections, called the kunda system. These direct connections steal electricity by attaching metal hooks to transmission lines, bypassing the need for a ...
Enhancement of technical, economic & environmental benefits in multi-point PV & wind-based DG integrated radial distribution network using Aquila optimizer Due to a larger R/X ratio, active power losses are higher in distribution networks (DNs) than in transmission networks. Due to the ever-increa...
Today's electrical power system is a complicated network that is expanding rapidly. The power transmission lines are more heavily loaded than ever before, which causes a host of problems like increased power losses, unstable voltage, and line overloads.
Based on economic indicators like the cost of fuel used to produce electrical energy in energy production systems, quality indicators of produced electrical energy, and system and transmission network losses, the performance of the electrical network operation may be significantly impacted by the location...
then substituted by a ‘flat phased array’ that produces a stationary beam that can be mechanically scanned; the inertia of the latter system is decreased and all the elements of the ‘flat phased array’ are connected to a summing point via equal lengths of transmission lines or waveguides....