Abstract For overhead transmission lines, three conductors, Aluminium Conductor Steel Reinforced-ACSR, All Aluminium Alloy Conductors-AAAC and Aluminium conductor Composite Core-ACCC are deployed. Initially, in this work, we describe the generating technological characteristics of the conductors. We made an analysis of the physical, mechanical and electrical characteristics. We tested the ACSR, AAAC and ACCC conductors in the overhead transmission line on one... For overhead transmission lines, three conductors, Aluminium Conductor Steel Reinforced-ACSR, All Aluminium Alloy Conductors-AAAC and Aluminium conductor Composite Core-ACCC are deployed. Initially, in this work, we describe the generating technological characteristics of the conductors. We made an analysis of the physical, mechanical and electrical characteristics. We tested the ACSR, AAAC and ACCC conductors in the overhead transmission line on one tension field and presented the applications. We outlined three design solutions for the overhead transmission line with the standard design measurements. Read More Read Less

Abstract Magnetic fields in the region where people live have direct and indirect effects leading to multiple issues. Magnetic field effects from conduits, high-voltage fixtures and transformation stations affect the environment considerably. Using the finite element method with FEM 4.2 at normal loads, we identify the effect of the magnetic field in the environment. The volume of the magnetic induction in... Magnetic fields in the region where people live have direct and indirect effects leading to multiple issues. Magnetic field effects from conduits, high-voltage fixtures and transformation stations affect the environment considerably. Using the finite element method with FEM 4.2 at normal loads, we identify the effect of the magnetic field in the environment. The volume of the magnetic induction in the transformer proximity is calculated with the distribution level in this work. Read More Read Less

Abstract The transmission power system has the first DFIG wind farm, and its dynamic characteristics are studied in this paper. We measure it using the MATLAB/SIMULINK tool to study the behaviour. We have designed the wind turbine and power system with real-life data. We intend to improve the power stability and quality for which we find how the DFIG works in... The transmission power system has the first DFIG wind farm, and its dynamic characteristics are studied in this paper. We measure it using the MATLAB/SIMULINK tool to study the behaviour. We have designed the wind turbine and power system with real-life data. We intend to improve the power stability and quality for which we find how the DFIG works in various situations. We did simulations for tests with short circuits on voltage level and wind speed changes. Read More Read Less