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Implementation of Controlled Electricity Consumption in Distributed Control System using Wireless Communication Modules

E. N. Ganesh

Abstract


The article depicts components of minimal expense Distributed Control System (DCS) for power utilization control and its application. The fundamental components of such DCS are power or current transducers, microcontrollers or PLCs with correspondence modules (Wireless, Ethernet or USB) and PC workstations. Minimal expense DCS can be effectively applied for practically a wide range of power shoppers. Utilizing the proposed idea, it is feasible to accomplish ideal power utilization since it offers the likelihood to apply a control calculation to all buyers that are remembered for DCS. This speculation has been checked by and by applying the proposed DCS idea to the decrease of power utilization of electric engines in the ventilation frameworks. Generally y current control system depends on utilization factor of transformer at station level and hence the cost is higher in control and consumption but the proposed controlled Distributed control system has minimal cost with effective controlled system. Not only that the system is effective in controlling but the implementation wireless communication modules the system provides accurate control with low cost. Along these lines, the chance of enhancing the power costs is expanded, as is displayed in the case of the on/off control of the electric engine. In the impending time frame, we will chip away at the execution of the proposed DCS idea, to affirm its effectiveness practically speaking in correlation with the current DCS.


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References


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