Perancangan Sistem Human Machine Interface (HMI) untuk Monitoring Daya Sinkronisasi Paralel Genset
DOI:
https://doi.org/10.31963/elekterika.v20i1.3592Keywords:
HMI, Monitoring, Sinkronisasi paralel, Generators, PLCAbstract
Dalam perancangan ini dikembangkan sistem monitoring Sinkronisasi Paralel Sistem Tenaga Listrik Genset, sebuah sistem yang dapat memantau proses informasi meliputi arus, tegangan, cos phi, frekuensi, kVAr, kW, faktor daya, dan proses pemutusan beban otomatis pada Parallel Synchronization Generator and Monitoring menggunakan antarmuka PLC ke Human Machine Interface (HMI) yang menampilkan nilai pengukuran. Kontroler HMI, PLC, dan generator menggunakan komunikasi protokol Modbus untuk membaca register 450009 sampai 4000021 dari perangkat slave hasil monitoring data dari data logger merekam penggunaan beban listrik dari sistem monitoring hasil unit sinkronisasi telah bekerja dengan dua synchronous generator yang terhubung secara paralel diperoleh ketika koneksi paralel generator sinkron mencapai stabilitas. dalam hal itu, frekuensi dan saluran tegangan adalah 49,9 hingga 50 Hz 400 voltReferences
B S Hartono*, P M Bambang, B M Wahyu, and A Pudin (2019). Development of generator set operation monitoring system for performance analysis and periodic maintenance based on IoT technology. ACHIEVE, IOP Conf. Series: Materials Science and Engineering 830 (2020) 022085. doi:10.1088/1757-899X/830/2/022085.
Hansen, Jan Fredrik, and Alf KÃ¥re Ã…dnanes. "Blackout Prevention & Recovery." In Dynamic Positioning Conference. 2009.
Thompson, Michael. (2012). Fundamentals and advancements in generator synchronizing systems. 2012 65th Annual Conference for Protective Relay Engineers. 203-214. 10.1109/CPRE.2012.6201234.
Bekiroglu, Erdal & Bayrak, Alper. (2009). Automatic synchronization unit for the parallel operation of synchronous generators.
Amin, Uzma & Ahmad, Ghulam & Zahoor, Sumbal & Durrani, Fariha. (2014). Implementation of Parallel Synchronization Method of Generators for Power & Cost Saving in the University of Gujrat. Energy and Power Engineering. 06. 317-332. 10.4236/epe.2014.610027.
R. A. Evans, “A Manual/Automatic Synchronization Circuit for a
5 MVA Steam-Turbine-Driven Generator,†IEEE Transactions on
Industry Applications, Vol. 26, Issue 6, pp. 1081–1085, Nov./Dec. 1990.
EasYgen-3000 Series , Genset Control Manual, 2014.
Urrea, Claudio & Morales, Claudio. (2019). Enhancing Modbus-RTU Communications for Smart Metering in Building Energy Management Systems. Security and Communication Networks. 2019. 1-8. 10.1155/2019/7010717.
Imran, Muhammad & Ullah, Mian & Ahmad, Salman & Arif, Zuha & Gull, Awais & Hassan, Abrar. (2021). DESIGN AND IMPLEMENTATION OF PROTOTYPE FOR MONITORING AND CONTROLLING OF SUBSTATION USING PLC AND HMI.
S, Patil & Shrushti, Chaudhari & A, Patil & S, Mansuri & Shaikh, R.. (2019). Universal Modbus RTU Datalogger. International Journal of Scientific Research in Computer Science, Engineering and Information Technology. 1227-1231. 10.32628/CSEIT1952319.
Yan, Yin & Zhang, Shi & Zhang, Yue & Zuo, Feng & Li, Fa. (2013). Design of Network Power Meter Based on Modbus TCP. Applied Mechanics and Materials. 325-326. 939-943. 10.4028/www.scientific.net/AMM.325-326.939.
