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3 Phase Monitoring and Control Control Systems based on Labview
Author(s) -
Fanny Doringin,
Marson James,
Stephy Walukow
Publication year - 2019
Publication title -
international journal of computer applications
Language(s) - English
Resource type - Journals
ISSN - 0975-8887
DOI - 10.5120/ijca2019918940
Subject(s) - computer science , control (management) , monitoring and control , phase (matter) , human–computer interaction , control engineering , artificial intelligence , chemistry , organic chemistry , engineering
Large power consumers or consumers who have their own distribution substations, such as Hotels, Offices, Shopping Centers, Industries, etc. Installation is connected with 3 phase electricity, which includes phase R, phase S and phase T. In planning and installing electrical installations carried out by installer (Electrical expert) always refers to the design of loads connected in R, S and T phases, which are balanced (equally large), but in the operation (ON / OFF) of the electrical load the balance of the load cannot be adjusted for each phase, because operation (ON / OFF) adjusted to the needs of electrical equipment installed in each phase, so that the load is not balanced. Unbalanced loads in each phase can cause electrical power losses. Electricity losses will be even greater, if additional loads or the development of electrical installations are carried out without regard to the initial design of installation. In this study a simulation of a monitoring and control system will be created automatically as a study material to minimize the occurrence of phase load imbalance. The control system will work automatically to monitor and control supply to the load. Besides that, this control system can also detect if one

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