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@article{153894,
        author = {APAR CHITRANSH and SARBJEET KAUR},
        title = {The Comparative Study in Load Flow Analysis in Power System},
        journal = {International Journal of Innovative Research in Technology},
        year = {},
        volume = {8},
        number = {9},
        pages = {165-168},
        issn = {2349-6002},
        url = {https://ijirt.org/article?manuscript=153894},
        abstract = {We know that load flow is play a key factor role in power system which is used by engineering for solving the problem and exchange the power between the house hold and utilities company. For making the power system efficient it is necessary to find out the correct method who’s solving the load flow equation and problems easily and without any failure. Because the changing the climate as per time the load flow is also changing the climate for this, we need to solve the equation and want accurate result. This paper present that how we distribute the electricity by the help of power flow analysis in electrical power system. The numerical method which is used in solve the load flow analysis system is 1.G-S (gauss seidel) METHOD,2. N-R (newton Raphson) METHOD, 3. FAST DECOUPLED METHOD. These all type of power flow analysis method are differentiated by the no. of iteration and computational time and tolerance value, convergence. By the comparison we can see in this paper the N-R METHOD is more reliable than both (G-S METHOD, FAST DECOUPLED METHOD).},
        keywords = {LOAD FLOW, GUASS SEIDEL METHOD, POWER (ACTIVE, REACTIVE), BUS CLASSIFICATION, NEWTON RAPHSON METHOD, FAST DECOUPLED METHOD.},
        month = {},
        }