detailkolabjurnal

No	Nama	Judul	Publikasi	Tahun	Detail
1	SULISTIYANTO, S.T, M.T.	Implementation Of Shallot Pest Trap Model Based On Color Spectrum Using Photovoltaic Energy	Nasional Terakreditasi	2023	Detail Penelitian Kolaborasi Jurnal Judul Artikel Implementation Of Shallot Pest Trap Model Based On Color Spectrum Using Photovoltaic Energy Nama Jurnal Jurnal Penelitian Pendidikan IPA Halaman 3833-3838 Volume 9 Nomor 5 Jenis Publikasi Nasional Terakreditasi Peringkat Sinta 2 Ketua Peneliti SULISTIYANTO, S.T, M.T. Anggota Peneliti Abstrak East Java is the second center for shallot production in Indonesia, mainly in Probolinggo Regency. Where farmers always complain about shallot crop pests such as leafminer flies, moths, and urethral pests, which will threaten the decrease in shallot production. This study aims to implement a pest-trapping model and determine the effect of the color spectrum on light intensity levels. LED lights on the interest of flying pests of shallot plants, and knowing the effective time of turning on light traps in the shallot rice fields using photovoltaic. The results of this implementation research are pest traps designed with simple and affordable tools for farmers. The color spectrum of LED lights that catch a lot of pests is the LED with the ultraviolet spectrum with the brightest light intensity, then the most effective time to turn on the light trap for onion plant pest traps is 18.00-20.00, where the electrical energy in the pest trap uses photovoltaic.
2	TIJANIYAH, M.T.	Design Of Temperature Control Thermoelectric Cooler Using Pid Control On Stayform Air Conditioner Box	Nasional Tidak Terakreditasi	2023	Detail Penelitian Kolaborasi Jurnal Judul Artikel Design Of Temperature Control Thermoelectric Cooler Using Pid Control On Stayform Air Conditioner Box Nama Jurnal JREEC: Journal of Renewable Energy, Electronics and Control Halaman 7-18 Volume Nomor Jenis Publikasi Nasional Tidak Terakreditasi Peringkat Tidak terakreditasi Ketua Peneliti TIJANIYAH, M.T. Anggota Peneliti ILMIRRIZKI IMADUDDIN, M.T ILMIRRIZKI IMADUDDIN, M.T Abstrak This study aims to design hardware and software that can be applied to thermoelectric coolers, by designing a tool used for air conditioning systems using a Thermoelectric Cooler (TEC). temperature reduction changes are achieved more quickly and are able to maintain temperature stability. This device controller uses Arduino Mega2560, NTC as the temperature sensor and relay as the actuator. The way this tool works is to enter the desired setpoint, the temperature response is going well, the box room temperature obtained by the ntc sensor is 23 C in 50 minutes. If the temperature setpoint is set to 23 C, the relay triggers all 12 volt voltages on the thermoelectric, can work according to the set point that has been set in the program, namely: if the set point is 23 then the relay will gradually work and slowly trigger a 12 volt voltage on the thermoelectric. The relay used to control the thermoelectric voltage can work well. The relay is activated if the box temperature is below 23 C the thermoelectric will turn off. If the box temperature is stable at 23 C then thermoelectrics 4, 5 and 6 are on and maintain the box temperature with a set point of 23 C.
3	Ahmad Muhtadi, M.T	Design Of A Laboratory Scale Archemedes Screw Turbine Model Hydroelectric Power Station (Plta) Simulator	Nasional Terakreditasi	2023	Detail Penelitian Kolaborasi Jurnal Judul Artikel Design Of A Laboratory Scale Archemedes Screw Turbine Model Hydroelectric Power Station (Plta) Simulator Nama Jurnal Jurnal Ilmiah Teknik Elektro Komputer dan Informatika (JITEKI) Halaman 558-570 Volume 3 Nomor 9 Jenis Publikasi Nasional Terakreditasi Peringkat Sinta 2 Ketua Peneliti Ahmad Muhtadi, M.T Anggota Peneliti Ahmad Muhtadi, M.T Abstrak The purpose of this research is to design a new model simulator of the Archimedes Screw turbine on a laboratory scale which is simple, inexpensive, environmentally friendly and for practice at the Electrical Engineering Laboratory of Nurul Jadid University by studying the efficiency of the Archimedes turbine which utilizes kinetic energy. water flow energy from the difference in upstream-downstream water head. Methods used numerical simulations have been run to evaluate the performance coefficient of the turbine alone (without friction loss or blockage augmentation), and to extend the TSR range. Numerical simulations make it possible to generate efficiency curves of Archimedes Screw turbines in both parallel and inclined configurations. The result obtained is that the proposed geometry can be used in real-life applications, providing 0.5 kW at flow velocities between 1 and 2 m/s. Novelty of hydropower simulation studies of the Archimedes turbine screw model using numerical simulation methods.
4	SULISTIYANTO, S.T, M.T.	Perancangan Alat Pendingin Susu Sapi Menggunakan Solar Panel	Nasional Tidak Terakreditasi	2022	Detail Penelitian Kolaborasi Jurnal Judul Artikel Perancangan Alat Pendingin Susu Sapi Menggunakan Solar Panel Nama Jurnal INFOTRON Halaman Volume 2 Nomor 2 Jenis Publikasi Nasional Tidak Terakreditasi Peringkat Ketua Peneliti SULISTIYANTO, S.T, M.T. Anggota Peneliti DIMAS ARYA PAMUNGKAS SAIFUL BAHAR ARIS KURNIAWAN M. ZAINUR RAHMAN HADI SANTA FAHRURROSI ABIMANYU ACHMAD ADIMULLAH ADITYA ARIF HIDAYATULLAH AHMAD DIKI DARMAWAN Bagas Maulana Dwi Saputra M SUGENG SETIA BUDI Abstrak
5	SULISTIYANTO, S.T, M.T.	Pelatihan Pembuatan Prototype Pintu Otomatis Berbasis Arduino Di Smk Mambaul Ulum Paiton	Nasional Tidak Terakreditasi	2022	Detail Penelitian Kolaborasi Jurnal Judul Artikel Pelatihan Pembuatan Prototype Pintu Otomatis Berbasis Arduino Di Smk Mambaul Ulum Paiton Nama Jurnal JILPI: Jurnal Ilmiah Pengabdian dan Inovasi 1 (2), 165-170, 2022 Halaman 165-170 Volume Nomor Jenis Publikasi Nasional Tidak Terakreditasi Peringkat Tidak terakreditasi Ketua Peneliti SULISTIYANTO, S.T, M.T. Anggota Peneliti ABIMANYU Abstrak SMK Mambaul Ulum is one of the educational institutions under the auspices of the Mambaul Ulum Foundation sukodadi village paiton subdistrict. The room in SMK MAMBAUL ULUM such as: Office, Lab, Library still uses manual doors. The solution to this problem is to conduct the introduction and training of automated door systems. This system can only be used if you have an access card registered on that system. This form of service activity is training consisting of 3 main stages, namely location surveys and socialization, training, inauguration/evaluation. Based on the results of the activity, it can be concluded that students' knowledge of the automatic door system increases which is characterized by student enthusiasm in participating in the training.
6	SULISTIYANTO, S.T, M.T.	Perancangan Alat Pendingin Susu Sapi Menggunakan Solar Panel	Nasional Tidak Terakreditasi	2022	Detail Penelitian Kolaborasi Jurnal Judul Artikel Perancangan Alat Pendingin Susu Sapi Menggunakan Solar Panel Nama Jurnal Informatics, Electrical and Electronics Engineering (Infotron) 2 (2), 39-45, 2022 Halaman 39-45 Volume Nomor Jenis Publikasi Nasional Tidak Terakreditasi Peringkat Tidak terakreditasi Ketua Peneliti SULISTIYANTO, S.T, M.T. Anggota Peneliti ADITYA ARIF HIDAYATULLAH Abstrak Susu merupakan produk peternakan yang memiliki nilai gizi tinggi. Nilai gizi produk peternakan seperti susu sapi sangat tinggi.Dalam kondisi alami, susu mengandung kurang dari 5 x103 mikroorganisme per mililiter jika diperah dengan cara yang benar dan bersumber dari sapi yang sehat. Susu yang baik berbau khas susu segar dan bebas dari bau asing, seperti asam, pahit atau obat-obatan.Untuk mencegah susu basi membutuhkan sistem pendingin seperti lemari es atau kulkas. Penulis memiliki gagasan untuk membuat suatu alat pendingin susu tenaga surya dalam proses penurunan suhu agar susu tetap segar.Alatpendinginsusudapat membantu para pedagang susu atau pengusaha susu. Pada penelitian ini penulis menggunakan metode penelitian komulatif dan disini peneliti juga menghasilkan data dengan menggunakan observasi dan dokumentasi.Dari hasil pengujian alat pendingin ini dapat disimpulkan bahwa alat pendingin ini mampu mencapai suhu terendah yaitu 20,00C.
7	TIJANIYAH, M.T.	Implementasi Sistem Kontrol Pengaturan Penyiraman Air Dan Pemberian Pupuk Otomatis Untuk Tanaman Kangkung Air (Ipomoea Aquatic) Hidroponik	Nasional Tidak Terakreditasi	2022	Detail Penelitian Kolaborasi Jurnal Judul Artikel Implementasi Sistem Kontrol Pengaturan Penyiraman Air Dan Pemberian Pupuk Otomatis Untuk Tanaman Kangkung Air (Ipomoea Aquatic) Hidroponik Nama Jurnal Jurnal JEETECH Halaman Volume 3 Nomor 2 Jenis Publikasi Nasional Tidak Terakreditasi Peringkat Ketua Peneliti TIJANIYAH, M.T. Anggota Peneliti AHMAD JAMIL SAUQI AHMAD RIF'AN SYAUQI AHMAD SARIKOL KHOIR AKHMAD ZAINULLAH ALAIKA NURIR ROBBY ALFAN FIRMANSYAH ANDRE CARERA ANDREAS SURYA PUTRA ANGGA RONI WIJAYA ARYAN MULANA YUSUP Abstrak
8	ILMIRRIZKI IMADUDDIN, M.T	Analisis Potensi Pembangkit Listrik Tenaga Hdro Vortex (Plthv) Di Dusun Sawah Kembang	Nasional Terakreditasi	2022	Detail Penelitian Kolaborasi Jurnal Judul Artikel Analisis Potensi Pembangkit Listrik Tenaga Hdro Vortex (Plthv) Di Dusun Sawah Kembang Nama Jurnal Jurnal Elemen Halaman Volume 9 Nomor 2 Jenis Publikasi Nasional Terakreditasi Peringkat Ketua Peneliti ILMIRRIZKI IMADUDDIN, M.T Anggota Peneliti BADRUS SHOLEH DWI AGUS FAHREZA ESAMULYA FAISHAL AMIIN JULIANSYAH FARIS RAHMAN MAULANA FAYAKUN FERI IRAWAN LUKMANUL HAKIM M. FAHRIZAL DWI NUGROHO Abstrak
9	Amalia Herlina, S.IIP., M.MT	Sistem Kendali Lampu Berbasis Iot Menggunakan Aplikasi Blynk 2.0 Dengan Modul Nodemcu Esp8266	Nasional Tidak Terakreditasi	2022	Detail Penelitian Kolaborasi Jurnal Judul Artikel Sistem Kendali Lampu Berbasis Iot Menggunakan Aplikasi Blynk 2.0 Dengan Modul Nodemcu Esp8266 Nama Jurnal Jurnal INSANtek - Jurnal Inovasi dan Sains Teknik Elektro http://jurnal.bsi.ac.id/index.php/insantek/ Halaman Volume Vol. 3 Nomor No. 2 Nopember 2022 Jenis Publikasi Nasional Tidak Terakreditasi Peringkat Ketua Peneliti Amalia Herlina, S.IIP., M.MT Anggota Peneliti M. FIKRI SYARIF RAMDHONI MOH. MIFTAHUL RIZQI MOH. ROFIQI MOH. SALEHUDDIN MOH SYAIFULLAH MOH. RIZAL HIDAYATULLAH MOHAMMAD IRFAN SYAHBANA MOHAMMAD KHOLID ABDUSSOMAD MS. MUHATHIRUL MAULANA MUHAMMAD ADI GUNAWAN Abstrak
10	FUAD HASAN, ST., MT.	Optimasi Maximum Power Point Tracking Pada Array Photovoltaic Menggunakan Algoritma Ant Colony Optimization Dan Particle Swarm Optimization	Nasional Terakreditasi	2022	Detail Penelitian Kolaborasi Jurnal Judul Artikel Optimasi Maximum Power Point Tracking Pada Array Photovoltaic Menggunakan Algoritma Ant Colony Optimization Dan Particle Swarm Optimization Nama Jurnal Jurnal EECCIS (Electrics, Electronics, Communications, Controls, Informatics, Systems Halaman 1-9 Volume Nomor Jenis Publikasi Nasional Terakreditasi Peringkat Sinta 2 Ketua Peneliti FUAD HASAN, ST., MT. Anggota Peneliti Abstrak Pembangkit listrik tenaga surya pada umumnya tidak dapat bekerja pada daya maksimum dengan sendirinnya, karakteristik tegangan PV pada umumnya mengikuti tegangan batarai atau beban yang terhubung langsung ke PV. Intensitas cahaya yang diterima oleh modul-modul PV pasti tidak semuanya mendapatkan iradiasi yang seragam, sehingga daya yang dihasilkan tidak optimal dan menimbulkan multi-peak. Untuk mengoptimalkan daya dari PV diperlukan sistem Maximum Power Point Tracking (MPPT). Namun metode yang sering digunakan masih sering terjebak dalam local peak dan waktu konvergen yang lama. jurnal ini membandingkan performa pelacakan dan waktu pelacakan menggunakan 2 metode, yaitu Ant Colony Optimization (ACO) dan Particle Swarm Optimization (PSO). Hasil percobaan menunjukkan algoritma ACO mempunyai efisiensi rata-rata keseluruhan yang lebih unggul 1,58% dari PSO, namun algoritma ACO lebih lambat dalam pelacakanya.
11	SULISTIYANTO, S.T, M.T.	“Jayus” Meja Payung Solar Cell	Nasional Terakreditasi	2021	Detail Penelitian Kolaborasi Jurnal Judul Artikel “Jayus” Meja Payung Solar Cell Nama Jurnal Jurnal Teknik Elektro dan Komputer TRIAC 8 (1), 23-25, 2021 Halaman 23-25 Volume Nomor Jenis Publikasi Nasional Terakreditasi Peringkat Sinta 4 Ketua Peneliti SULISTIYANTO, S.T, M.T. Anggota Peneliti TIDAR PANGESTU APRILIAN DAMARA ABDUL MUSTAQIM ACHMAD DEVYCE ROBIATUL ADAWIYAH Abstrak Kebutuhan untuk isi ulang atau charger peralatan elektronik di tempat umum sangat diperlukan oleh masyarakat, terutama di tempat terbuka atau outdoor. Model yang tepat untuk dipakai sebagai tempat charger umum di area outdoor yang sesuai yaitu seperti payung yang di lengkapi meja serta tempat duduk di sentra UMKM, karena dapat dimanfaatkan oleh para pembeli UMKM sambil makan atau minum di bawah payung tersebut. Meja Payung Solar Cell (JAYUS) untuk UMKM ini nantinya bisa sebagai pusat charger handphone sekaligus tempat meja makan dan minum. Meja Payung Solar Cell di design bagian atasnya datar, nanti tenaga listrik yang di keluarkan AC dengan pertimbangan agar bisa di manfaatkan untuk menyalakan peralatan listrik.
12	SULISTIYANTO, S.T, M.T.	Pelatihan Pembuatan Payung Solar Cell	Nasional Tidak Terakreditasi	2021	Detail Penelitian Kolaborasi Jurnal Judul Artikel Pelatihan Pembuatan Payung Solar Cell Nama Jurnal Jurnal Abdimas Berdaya: Jurnal Pembelajaran, Pemberdayaan dan Pengabdian …, 2021 Halaman 1-8 Volume Nomor Jenis Publikasi Nasional Tidak Terakreditasi Peringkat Tidak terakreditasi Ketua Peneliti SULISTIYANTO, S.T, M.T. Anggota Peneliti ACH. NAJIHUDDIN ADI RIYANTO TAUFIQ HIDAYATULLAH MOH BASRI Abstrak Solar panel/solar cell installation skills are needed at this time, not to mention the students. This is because fuel oil reserves have started to run low, and the government and world trends have turned to the need for new and renewable energy. Santri Nurul Jadid as a large Islamic boarding school in the Probolinggo area already has a Work Training Center (BLK) to equip the students when they have finished boarding. With the Electrical Engineering Study Program at Nurul Jadid University, it is necessary to provide technology transfer for students in the form of community service. The service is in the form of a PLTS installation in the form of a Solar Cell Umbrella Table.
13	SULISTIYANTO, S.T, M.T.	Perancangan Smart Klinik Berbasis Mikrokontroler Nodemcu Esp32	Nasional Terakreditasi	2021	Detail Penelitian Kolaborasi Jurnal Judul Artikel Perancangan Smart Klinik Berbasis Mikrokontroler Nodemcu Esp32 Nama Jurnal Journal of Electrical Engineering and Computer (JEECOM) Halaman 89-95 Volume Nomor Jenis Publikasi Nasional Terakreditasi Peringkat Sinta 4 Ketua Peneliti SULISTIYANTO, S.T, M.T. Anggota Peneliti M. FAHRIZAL EFENDI Abstrak Selaras dengan bertambahnya ilmu wawasan serta teknologi, dan kemajuan erta perkembangan untuk peningkatan pelayanan pasien sebuah klinik perlu menyiapkan alat yang dapat memberikan dua informasi kondisi kesehatan dan kesehatan kadar udara, perancangan ini menggunakan sebuah metode penelitian Research and Development (RnD) yang merupakan petode penelitian dan pengembangan dengan sebuah metode pembuatan alat, dimana alat tersebut dirancang untuk mendeteksi kesehatan manusia dan pendeteksi keadaan udara dalam ruangan klinik. Pada sisi pengujian ini dengan cara membandingkan alat yang sudah dirancang dengan alat pendeteksi lainnya, dari hasil yang diperoleh setiap sensor akan dilakukan uji coba pendeteksian yang akan di tampilkan di LCD. Adapun dari hasil pengujian sebagai berikut: (1). Mendapatkan nilai perbandingan rata-rata error temperatur 2,46% dan kelembaban 2,04%. (2). pengujian pertama dengan nilai tanpa diberikan berubahan dengan nilai kadar udara gas (CO) 15 PPM, (NH3) 3 PPM dan (NO2) 1,13 PPM, jika diberikan perubahan dengan nilai (CO) 35 PPM dan (NO2) 4,30 PPM dan pengujian (NH3) 27 PPM. (3). Pengujian pertama sensor MQ135 dengan nilai (CO2) 0,00 PPM, ketika dilakukan pembakaran dengan nilai (CO2) 30,00 PPM. (4). Mendapatkan nilai perbandingan rata-rata error suhu tubuh 1,90%. (5). Mendapakan nilai perbandingan rata-rata error detak jantung 20,31% dan nilai error SPO2 3,99%.
14	TIJANIYAH, M.T.	Implementasi Sistem Kontrol Pakan Burung Puyuh Berbasis Mikrokontroler Dan Internet Of Things (Iot)	Nasional Terakreditasi	2021	Detail Penelitian Kolaborasi Jurnal Judul Artikel Implementasi Sistem Kontrol Pakan Burung Puyuh Berbasis Mikrokontroler Dan Internet Of Things (Iot) Nama Jurnal JE-Unisla 6 (1), 443-447, 2021 Halaman 443-447 Volume Nomor Jenis Publikasi Nasional Terakreditasi Peringkat Sinta 5 Ketua Peneliti TIJANIYAH, M.T. Anggota Peneliti MUHAMMAD FIRDAUS MUHAMMAD FIKRI MAULA Abstrak Usaha telur burung puyuh merupakan jenis usaha yang kini banyak digemari oleh masyarakat. Perawatan burung puyuh yang baik juga merupakan hal yang penting untuk diperhatikan oleh masyarakat, termasuk pemberian pakan yang tidak boleh terlambat, karena apabila terlambat memberi pakan maka burung puyuh tidak dapat lagi produksi telur. Burung puyuh mampu memproduksi telur 10 sampai 20 butir dalam sekali telur. Mayoritas masyarakat beternak sekitar 300 sampai 500 ekor burung puyuh. Pemberian pakan secara otomatis menjadi salah satu hal penting dalam penelitian ini. Waktu pemberian pakan yaitu pagi, siang, sore dan malam. Peneliti juga menggunakan mikrokontroler, nodemcu dan Internet Of Things (IOT). Adapun fungsi dari IOT tersebut sebagai media kontrol jarak jauh on off waktu pemberian pakan dan kontrol buka tutup pintu tempat pakan burung puyuh.
15	ILMIRRIZKI IMADUDDIN, M.T	Photovoltaic Based Automatic Rice Thresher Machine To Help Farmers In Pandemi Covid-19	Nasional Tidak Terakreditasi	2021	Detail Penelitian Kolaborasi Jurnal Judul Artikel Photovoltaic Based Automatic Rice Thresher Machine To Help Farmers In Pandemi Covid-19 Nama Jurnal BEST Buana Electrical Science and Technology Halaman 1-4 Volume Nomor Jenis Publikasi Nasional Tidak Terakreditasi Peringkat Tidak terakreditasi Ketua Peneliti ILMIRRIZKI IMADUDDIN, M.T Anggota Peneliti MAHMUD PRIBADI MUHAMMAD MAHROS Abstrak The rice thresher machine is an important part of the rice processing process. Before the harvesting process, the rice fields are drained for 7-10 days before the harvest period by using a sharp sickle to cut the base of the stems, then the harvest is stored in a container or lined place. The low application of cultivation technology can be seen from the large potential gap between production. With the creation of this system, the process of threshing rice from the stalks can be done automatically, so that this system is expected to be able to provide the process of threshing rice from the stalks to be faster, easier, more efficient and safe for workers. data from the presentation of rice tresher slender yields 223.17 S, at puly rpm the average value produced is 32.82 S, with an average voltage of 11 V and an average current of 0.18 A. 9.13 minutes, with initial grain weight of 15 kg with an average threshing yield of 6.6 kg, with a threshing capacity of 42.2 kg / hour. And the current and voltage data on the solar panel and the resulting charging, the highest voltage is 12 V with a current of 1.69 A which occurs at 12.30 Wib.
16	Amalia Herlina, S.IIP., M.MT	Rancang Bangun Mesin Drop Box Telur Dengan Sistem Conveyor Berbasis Arduino	Nasional Tidak Terakreditasi	2021	Detail Penelitian Kolaborasi Jurnal Judul Artikel Rancang Bangun Mesin Drop Box Telur Dengan Sistem Conveyor Berbasis Arduino Nama Jurnal JEECOM: Journal of Electrical Engineering and Computer 3 (2), 70-77 Halaman 70-77 Volume Nomor Jenis Publikasi Nasional Tidak Terakreditasi Peringkat Tidak terakreditasi Ketua Peneliti Amalia Herlina, S.IIP., M.MT Anggota Peneliti MOH. KHOLILUR RAHMAN FITRI NUR SYAMSIYAH Abstrak This study aims to design an Egg Drop Box Machine with a conveyor system based on Arduino, which is the initial research of the manufacture of an Independent Egg Paddle Machine, the idea of the Dinas Peternakan dan Kesehatan Hewan Kabupaten Probolinggo. There are four stages of research: Preliminary Study Stage, Design and Design Stage, Manufacturing Stage and Testing Stage. In the Preliminary Study, identification of user desires with VOCs in Quality Function Deployment (QFD) was carried out, and the activity of searching for egg weight specification data in egg’s plastic box by applying Combination in Statistics, so that the data for designing conveyors could be known. In the overall implementation, this research resulted in the design of machines, mechanical and electrical systems and control systems using Arduino Uno and Arduino Nano. The working system of this machine starts when the egg’s plastic box is placed on the conveyor through the entrance to the machine. Furthermore, the ultrasonic sensor located at the top end of the conveyor will actively pull the egg mica in. When the egg mica is at the bottom end of the conveyor, the load cell sensor is active and the servo will work to push the egg mica box to the left side, the LCD displays the weight data. The length of the conveyor implemented in this machine is 49 cm, the width of the conveyor belt is 11 cm, the average speed is 0.14 meters/second and the time taken in one turn is 3.5 seconds. The input voltage generated by the power supply is 220 volts, the output is 12 volts. The average voltage from the Arduino Uno port is 5 volts. The ultrasonic sensor can work with a measured voltage of 5.0 VCC. In the load cell sensor test, the average reading error is 1.90%. Overall the machine can run well.
17	Muhammad Hasan Basri	Redesigh Gravitation Water Vortex Power Plant (Gwvpp) Study Kasus Desa Duren	Nasional Tidak Terakreditasi	2021	Detail Penelitian Kolaborasi Jurnal Judul Artikel Redesigh Gravitation Water Vortex Power Plant (Gwvpp) Study Kasus Desa Duren Nama Jurnal TRILOGI: Jurnal Ilmu Teknologi, Kesehatan, dan Humaniora Halaman 1-5 Volume Nomor Jenis Publikasi Nasional Tidak Terakreditasi Peringkat Tidak terakreditasi Ketua Peneliti Muhammad Hasan Basri Anggota Peneliti BAYU OKTA PRATAMA Abstrak Residents in remote areas have not been able to enjoy electricity, including Desa Duren, Gading District, located in the mountainous area south of Probolinggo Regency, where the village still does not receive electricity supply from PLN. Hydropower is a renewable energy that can be used as a substitute for generators, where this potential can be used to become a Gravitation Water Vortex Power Plant (GWVPP) already in the village, but it needs a touch of redesign. The results of the research on the reduction of gravitation water vortex power pland in Duren Village can be obtained that the electric power generated is 727.7 watts, where this power can supply electricity needs of 5 houses.
18	SULISTIYANTO, S.T, M.T.	Pemanfaatan Android Untuk Sistem Kendali Robot Penembak Dengan Mikrokontroler	Nasional Terakreditasi	2020	Detail Penelitian Kolaborasi Jurnal Judul Artikel Pemanfaatan Android Untuk Sistem Kendali Robot Penembak Dengan Mikrokontroler Nama Jurnal CYCLOTRON: JURNAL TEKNIK ELEKTRO 3 (1), 2020 Halaman 34-36 Volume Nomor Jenis Publikasi Nasional Terakreditasi Peringkat Sinta 4 Ketua Peneliti SULISTIYANTO, S.T, M.T. Anggota Peneliti ADE YAN MARADI Abstrak The rapid development of technology is due to the modern mindset of humans. In the world of robotics, this technology is interesting to learn, but it is quite difficult to do conventional learning. In learning media, it is necessary to see the real interaction between the program and the robot. For this reason, the existence of tools is vital as a practical implementation of robots. From these problems, research was carried out on the use of robots as shooters. With research and development methods, researchers use the Arduino Uno microcontroller and the ESP8266 WiFi module to control the prototype of the shooter robot with the Android application interface. It also calculates the shooting range using the parabolic motion equation. The results of this study note that this tool has an average error rate of 14.61%, a maximum error of 32.94% and a minimum error of 0.26%. The tool can be controlled via the Local Area Network wifi network by the application on Android.
19	Muhammad Hasan Basri	Design Of Turbine L On Basin Cylinder Walls With 5Cm And 10Cm Turbine Distance Various On The Effect Of Electrical Power In The Gravitation Water Vortex Power Plant (Gwvpp)	Nasional Tidak Terakreditasi	2020	Detail Penelitian Kolaborasi Jurnal Judul Artikel Design Of Turbine L On Basin Cylinder Walls With 5Cm And 10Cm Turbine Distance Various On The Effect Of Electrical Power In The Gravitation Water Vortex Power Plant (Gwvpp) Nama Jurnal JEEE-U (Journal of Electrical and Electronic Engineering-UMSIDA) 4 (1) Halaman 57-70 Volume Nomor Jenis Publikasi Nasional Tidak Terakreditasi Peringkat Tidak terakreditasi Ketua Peneliti Muhammad Hasan Basri Anggota Peneliti MUHAMMAD SYAIFUDDIN ZUHRI Abstrak The current source of energy that is mostly done in research on renewable energy is water flow. In daily life electrical energy is widely used by everyone, both young and old. But over time this power source will be exhausted due to continuous use. That is because most of the existing electricity sources come from non renewable sources. So it is there fore necessary to feel that renewable sources are being used to generate electricity. So the idea emerged to examine a type of small type power plant that is the Water Vortex Power Plant (GWVPP) Generator. Here a study was carried out on the effect of the distance of the L model turbine on the cylindrical basin. For the effective of power in the L model turbine with a distance of 5 cm to the cylinder basin wall is able to produce the highest effective power of 2.89 Watt at a height of 10 cm, while the highest effective power of the L model turbine with a distance of 10 cm towards the cylinder basin wall is 0.14 Watt at 10 cm height from the outlet water output. For the potential power of L model turbines with a distance of 5 cm can produce the highest potential power at an altitude of 28 cm with a potential power of 4.61 watts. While the potential power of the L model turbine with a distance of 10 cm can produce 4.02 watts with a height of 10 cm towards the outlet of the water outlet.

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