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Title

Dual Axis Solar Power Plant and Distribution System Modeling: A Smart Microgrid

Author

, Mokarram Ahmed,

Email

Abstract

Since the dawn of civilization, people all across the world have relied on sun-oriented energy mostly for drying. The more efficient utilization of sun-based vitality began a long time ago as well. Among a slew of other sustainable advantages, sun-oriented vigor stands out. Bangladesh, as another developing zone for numerous nations, is fast making gains in the sustainable power source segment, owing to the tremendous ecological and economical potential it possesses. Sun-powered vitality plays an important role as a crucial source of vitality, particularly in rural areas. This research work aims to improve a process for following the sun and achieving maximum production using a microcontroller. The study is divided into two phases: equipment enhancement and programming improvement. Two light subordinate resistors (LDR) have been used in equipment development to capture the most intense light source via MPPT controller and sun tracker track the efficient sunlight angle. The servo motor was used to move the solar-powered board to the furthest light source region detected by the LDR. The dual-axis solar framework's presentation has been tested and compared to a static sun-based board. Here, a dampness sensor is utilized to cleanly program the wetness of a solar PV board that faces the sun. Generated DC power is used in smart DC microgrid via distribution board and energy storage system is applied to store the DC power. Here 3-phase inverter is used to convert the DC to AC power for the smart AC microgrid.

Keywords

smart , microgrid , solar , plant , distribution , dual axis , LDR , microcontroller , servo motor , dampness sensor

Journal or Conference Name

2021 International Conference on Science & Contemporary Technologies (ICSCT)

Publication Year

2021

Indexing

scopus