AI Summary & Key Takeaways
AI InsightIn this study, in a linear welded power system, it is ensured that the capacity value of the capacitor required for compensation is reduced to a minimum by reducing the effects of the harmonics in the nonlinear loads affecting the system and reducing the voltage drop which may occur even by minimizing the effect of reactive power and optimizing the minimum apparent power, the maximum power factor is obtained and the voltage drop in the line is minimized.
📌 3 Key Takeaways
Abstract
The necessity of consumption and energy that emerged in our world with the ever-developing industry and urbanization has become an important problem. This problem has made it necessary to conduct research on how to use existing energy resources in the most efficient way while constantly directing new energy sources. Although legal regulations have been made to remedy these problems in part, they are often seen to be inadequate. One of the most effective and efficient ways to relieve operation in electrical energy systems, increase system and energy efficiency, reduce costs and ensure voltage stability is to make reactive power compensation. In this study, in a linear welded power system, it is ensured that the capacity value of the capacitor required for compensation is reduced to a minimum by reducing the effects of the harmonics in the nonlinear loads affecting the system and reducing the voltage drop which may occur even by minimizing the effect of reactive power and optimizing the minimum apparent power, the maximum power factor is obtained and the voltage drop in the line is minimized.