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The significance of learning the fundamentals of electrical engineering in the present period, as doing so ensures that we will have access to a wide range of rewarding employment opportunities. Fast Robotic is a company that offers training for building assembled robots as well as selling robots. Fast Robotic sells a variety of robots and their replacement parts, so in this article I'll demonstrate how crucial having a foundational understanding of electronics engineering is in order to produce different robot assemblies and create a company like Fast Robotic. Using an example of the application Fast Robotic's basic electrical engineering enables us to understand the significance of having a foundational understanding of electrical engineering.

Energi matahari (surya) banyak memberikan manfaat bagi kehidupan Revised: manusia. Salah satu pemanfaatan energi surya yang bisa dilaksanakan adalah dalam bentuk Pembangkit Listrik Tenaga Surya (PLTS). Pada perancangan ini akan di rancang suatu sistem tenaga listrik solar cell dengan kapasitas 60 WP dan batterai 12 V Kinerja sistem tenaga listrik solar cell monocrystallin ini mempunyai daya sebesar 60 WP yang nantinya akan di sambung pada batterai sebesai 12 V dan arus 5Ah yang untuk diggunakan sebagai sumber energi pada saung kebun sebagai penerangan pada malam hari dan pada siang hari nya mengisi daya batterai tersebut dengan asumsi 60 WP ini akan memenuhi batterai yang digunakan, ini dapat berguna bagi yang jarak antara rumah dan persawahan yang jauh dan membutuhkan energi listrik perancangan ini diharapkan bermanfaat bagi masyarakat dan secara sosial serta digunakan sebagai model untuk mengembangkan jaringan Sistem Tenaga Listrik Tenaga Surya (PLTS)..

The existence of electricity which has reached various environments makes its presence inseparable in all community activities such as households, businesses and industry. On the other hand, there are frequent disturbances related to technical and non-technical overload factors. 2 Household and commercial consumers are usually connected to the secondary distribution network through the electric house connection. Consumers who require higher voltages can apply to be directly connected to the primary distribution network, or to the subtransmission level. In this regard, this study aims to analyze and document the installation of systems on low voltage networks at PLN ULP Brebes. The methods used include field surveys, interviews, and historical collection and analysis related to the installation of distribution systems in the area. The results showed that the installation of the distribution system on the low voltage network at PLN ULP Brebes was carried out with various technical and reliability considerations. The planning phase involves analyzing power requirements, selecting cable types, and selecting network locations. The design of the distribution system is carried out by considering efficiency, reliability and the ability to cope with load spikes. The installation process involves installing poles, cables and other equipment following established safety standards and procedures. In addition, tests and tests are carried out to ensure that the distribution system is functioning properly and conforms to the set quality standards. The documentation resulting from this research provides a useful guide for PLN ULP Brebes in installing distribution systems on low voltage networks. This can help improve the reliability, efficiency and quality of the electrical service provided to customers.

Traditional doors usually consist of a housing or a lock and key slipper to open it. Commonly found on office or mall doors, doors can be made more practical. The door will automatically open if there is physical energy (stimulus) that moves it. For example, when someone wants to walk into the room, the door will automatically open. Doors like this are designed using automatic control using embedded system equipment. This automatic door system can be designed using automatic control combined with PIR sensors and servo motors. In terms of input equipment, a PIR (Passive Infrared Receiver) sensor is used which will detect a human approaching the door. This PIR sensor will send a signal to the Arduino process unit in which there is a microcontroller chip. This microcontroller will send the processed data to the servo motor, so that it can open or close the door automatically.

PT. Aktio Equipment Indonesia merupakan perusahaan pelaksanaan konstruksi berbentuk PT. PT.Aktio Equipment Indonesia adalah badan usaha berpengalaman yang mengerjakan proyek nasional dimana juga menyewakan Genset. Genset ini sangat berguna dalam kontruksi dimana tidak adanya aliran listrik pada saat pengerjaan proyek. Hal ini dikarenakan listrik memberikan kemudahan dalam menunjang kegiatan dan produksi suatu perusahaan. Keandalan sistem ketenagalistrikkan sangat diperlukan dan mampu mensuplai listrik secara kontinyu dengan kualitas daya yang stabil. Untuk mendukung semua itu, pemeliharan seluruh bagian peralatan dalam sistem ketenagalistrikan menjadi sangat penting

Air ialah kebutuhan yang amat berarti pada kehidupan seluruh mahluk hidup paling utama orang. Keperluan air yang bertambah diiringi dengan meningkatnya jumlah masyarakat yang semakin padat, dan energi yang tidak dapat diperbaharui adalah air. Bersamaan zaman yang semakin maju maka dibikinlah tempat penampungan air yang dibuatlah perancangan serta membuat alat pendeteksi ketinggian pada air didalam toren secara otomatis memakai sensor ultrasonic berbasis arduino uno R3. Agar ketinggian air dalam toren atau penampungan air dapat diukur, sistem alat ini menggunakan komponen, Arduino uno, sensor ultrasonik, dan motor servo. Sistem kerja alat sesuai dengan fungsinya yaitu keran akan menyala dan pengisian bila terjadi kekosongan serta keran akan mati apabila air sudah terisi penuh

Perkembangan teknologi ikut menolong pada pengembangan sistem keamanan yang handal. Kecanggihan teknologi terus menjadi meningkat pada bermacam aspek kehidupan. Teknologi periksa jari ataupun pin ini mendatangkan keamanan yang lebih efisien, modern, serta berdaya guna ketimbang kunci konvensional yang tengah memakai anak kunci selaku pengatur kunci pintu.Sistem kerja alat ini yaitu sensor sidik jari atau keypad 4x4 digunakan untuk membuka kunci dari luar ruangan dan push button digunakan untuk membuka kunci dari dalam ruangan

During the COVID-19 pandemic, the use of hand sanitizers as a practical way to kill viruses has been widely adopted. Typically, hand sanitizers are manually used by spraying the liquid from a spray bottle onto the user's hands. The introduction of a simple innovation in hand sanitizers utilizing automatic control provides convenience to the public. This innovation involves the use of an infrared sensor to detect the user's hands as an object to activate the device. An IR Obstacle Avoidance sensor is used as the input for the automatic control of the hand sanitizer. An Arduino Uno R3 is used as the data processing microcontroller, along with a Micro Servo SG90 as the lever actuator. The operation and testing of this device involve bringing the user's hand close to the sensor located at the front of the bottle. When the sensor detects hand movement, it sends a command to pull the bottle's sanitizer dispenser lever, allowing the sanitizer to be dispensed automatically. An automatic hand sanitizer device with an infrared sensor can help reduce the risk of virus and bacteria transmission through surface contact, as users do not need to touch the device to dispense the sanitizer. This device can also be effectively used in public places such as offices, schools, restaurants, and others, to enhance safety and environmental cleanliness.sebagainya, untuk meningkatkan keamanan dan kebersihan lingkungan.