Solar Panel Monitoring and Control System Using Human Machine Interface

Azizah, Farah; Yuhendri, Muldi

doi:10.25077/aijaset.v2i03.64

Cited by 4 publications

(4 citation statements)

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“…Pada zona 3 daya mekanik yang dihasilkan turbin angin masih dapat dikendalikan, sedangkan pada zona ke 4 merupakan zona yang memiliki kecepatan angin yang sudah melampaui kemampua turbin angin, oleh sebab itu operasi pembangkit listrik tenaga angin harus dihentikan yang disebut sebagi zona cut off. Berdasarkan zona operasi ini, maka pembangkit hanya beroperasi pada zona 2 dan 3 [20]- [22] Beberapa sitem monitoring yang telah diterapkan pada pembangkit listrik tenaga angin antara lain sistem monitoring berbasis Wireless [18], GUI Matlab [21], Smartphone Android [22], Human Machine Interface (HMI) [23]- [25]. HMI adalah salah satu peralatan yang banyak digunakan untuk berbagai aplikasi kendali dan monitoring, karena memiliki beberapa kelebihan, seperti dapat menampilkan data dalam berbagai benttuk angka, grafik atau gambar [24] [26].…”

Section: Pendahuluanunclassified

Monitoring Pembangkit Listrik Tenaga Angin Menggunakan Human Machine Interface

Fajri,

Yuhendri

2023

JTEIN

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Pembangkit listrik tenaga angin adalah salah satu jenis energi terbarukan yang mulai berkembang di Indonesia. Pembangkit listrik tenaga angin ini menggunakan turbin angin untuk mengkonversikan daya angin menjadi daya mekanik yang akan menggerakan generator listrik. Generator yang digunakan pada pembangkit listrik tenaga angin ini memiliki batas maksimum. Turbin angin yang beroperasi harus dibawah batas maksimum generator agar tidak terjadi kerusakan pada generator tersebut. Agar tidak terjadi operasi melampaui batas maksimum generator, maka perlu dilakukan monitoring dan proteksi terhadap komponen-komponen yang ada pada pembangkit listrik tenaga angin tersebut. Dengan hal itu paper ini mengusulkan monitoring pembangkit listrik tenaga angin menggunakan Human Machine Interface (HMI) yang dilengkapi dengan Programable Logic Controller (PLC). Alat yang dibuat dalam penelitian ini diujicobakan pada pembangkit listrik tenaga angin yang menggunakan turbin angin sumbu horizontal dan generator sinkron jenis magnet permanent. Monitoring pembangkit listrik tenaga angin ini dirancang dengan menggunakan Programable Logic Controller (PLC) S7 1200 1215C DC/DC/Relay dan Human Machine Interface (HMI) Simatic KTP 700 Basic PN untuk display dari parameter yang dimonitor yaitu arus, tegangan, kecepatan angin, kecepatan putaran dan daya. Monitoring ini dilengkapi dengan sensor tegangan, sensor arus, sensor kecepatan angin, sensor kecepatan putaran dan kontaktor sebagai pemutus arus ketika telah melebihi batas arus yang telat diatur sebelumnya. HMI sudah berhasil menampilkan data tegangan, arus kecepatan angin, kecepatan putaran dan daya. Hasil eksperimen menunjukan bahwa monitoring pembangkit listrik tenaga angin yang diusulkan telah bekerja dengan baik sesuai dengan tujuan.

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Section: Pendahuluanunclassified

Monitoring Pembangkit Listrik Tenaga Angin Menggunakan Human Machine Interface

Fajri,

Yuhendri

2023

JTEIN

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“…Several works in the literature have documented various implementations of hardware [12][13][14] and software [15][16][17] in constructing the SPV monitoring system [18][19][20], especially concerning the real-time inverter monitoring system [21][22][23][24][25]. The trend in the recent five years is mostly revolving around the concept of IoT.…”

Section: Introductionmentioning

confidence: 99%

Real-time Analysis of Inverter Performance via SCADA Haiwell Online Monitoring

Seflahir Dinata,

Ahmad Faisal Mohamad Ayob,

Aliashim Albani

et al. 2024

ARASET

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An inverter is the main component of an on-grid solar system. It converts DC power from solar PV to AC power to serve the electric load. Besides, it is used to find the maximum power point tracking and regulate the electric power from the main power and backup. This research discusses the development of an online inverter 40 kW monitoring system on the 38 kWp rooftop solar system at Pamulang University. The existing inverter monitoring system is by iSolarCloud application. This monitoring system can be accessed from the local area by scanning a QR code and Bluetooth connection. This system provides several output parameter information of the inverter, such as voltage, current, and power generation. The SCADA Haiwell has been used to construct the monitoring system. This system consists of the Programmable Logic Controller (PLC) Haiwell AC10S0R, Human Machine Interface (HMI) C7S-W, and Haiwell cloud application. The PLC reads the data from the input and output inverter by Modbus TCP/IP communication. The result of the monitoring system provides more parameters on both sides of the inverter input and output data. The Input side parameters include DC voltage, current, and DC power. The Output side parameters include AC voltage, current, grid frequency, active power, reactive power, daily yield power, total yield power, and efficiency of the inverter. The system's accuracy has been validated by comparing the HMI data, SCADA Haiwell Cloud and iSolarCloud readings. From the testing, this monitoring system is valid for monitoring the inverter performance online (mobile phones or PC).

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“…Sesuai dengan perkembangan teknologi di industri, pengendalian mesin listrik di industri sudah banyak berbasis SCADA (Supervisory control and Data Acquisition) menggunakan variable speed drive (VSD), PLC dan HMI [7], [8], [9], [10]. Penggunaan SCADA berbasis PLC dan HMI ini memungkinkan pengguna untuk mengendalikan dan memonitoring peralatan yang dikendalikan, sehingga lebih handal dan lebih efisien dibandingkan teknologi sebelumnya [11], [12], [13]. Penggunaan PLC dan HMI juga memungkinkan pengguna melakukan aksi control dan monitoring peralatan dari jarak jauh [14].…”

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Penyusunan Jobsheet Kendali Motor Servo Berbasis Human Machine Interface

Ikhwan

Yuhendri

2023

JPTE

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One of the Practice courses for the D3 Electrical Engineering study program at the Electrical Engineering Department is Electrical Machine Control Practice. One of the materials given in this Electric Machine Control Practice is servo motor control. Along with technological developments, in the electrical energy conversion laboratory as a place for Electrical Machine Control Practice, a servo motor control training kit is available using a Programmable Logic Controller (PLC) and Human Machine Interface (HMI). Based on the observations made, the PLC and HMI-based servo motor control training kit does not yet have a manual or jobsheet as a guide for students and lecturers in carrying out practical activities. Therefore, in this study it is proposed to make a servo motor control jobsheet based on PLC and HMI using the Siemen S7 1200 PLC training kit with a Sinamic V90 servo motor driver and HMI TP 700 Comfort. The feasibility of the jobsheet is assessed from the validity, practicality and effectiveness tests with research procedures following the 4D development research method, which consists of the stages of define, design, development and dissemination stages. Based on the results of the tests carried out, the validity test results are obtained in the very valid category, the practicality test results are in the very practical category and the effectiveness test results are in the effective category. So that the jobsheet can be considered feasible to be used as a guide in implementing PLC and HMI-based servo motor control practices.

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Solar Panel Monitoring and Control System Using Human Machine Interface

Cited by 4 publications

References 0 publications

Monitoring Pembangkit Listrik Tenaga Angin Menggunakan Human Machine Interface

Monitoring Pembangkit Listrik Tenaga Angin Menggunakan Human Machine Interface

Real-time Analysis of Inverter Performance via SCADA Haiwell Online Monitoring

Penyusunan Jobsheet Kendali Motor Servo Berbasis Human Machine Interface

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