About Smart Microgrid Monitoring System Functions
Control of voltage and frequency. Active and reactive power (P-Q) balance and proper communication among DERs. Resynchronization of the microgrid with the main grid. Optimizing the microgrid serving cost. Power flow control between MG and power grid network.
Control of voltage and frequency. Active and reactive power (P-Q) balance and proper communication among DERs. Resynchronization of the microgrid with the main grid. Optimizing the microgrid serving cost. Power flow control between MG and power grid network.
Real-time monitoring: SMGs use sensors and monitoring systems to collect real-time data on the status of the grid, allowing operators to make informed decisions about how to manage the.
The IoT is used in various applications, including smart grid, microgrids, intelligent buildings, and intelligent control devices, to monitor and track essential information about the target environment. Numerous studies have used IoT solutions for energy management and system monitoring in a microgrid (Sylcloud Smart Micro Grid, 2022).
The architectural selection of a given control technique considers the design ability to handle the control strategies of microgrids. The estimation techniques of the microgrid variables and parameters deal with the measurement and monitoring system to accurately reinforce the dynamic performance of control techniques [1].
Elements that used in microgrid, control of generation, forecasting techniques, data transmission and monitoring techniques are reviewed as smart grid functions. It is possible to implement microgrid with the usage of these functions, but these still cannot solve all issues.
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