Javascript must be enabled to continue!
Closed Circuit Television Cerdas Berbasis NodeMCU ESP-32
View through CrossRef
Closed circuit television disingkat CCTV merupakan alat bantu yang telah banyak digunakan oleh perusahaan maupun rumah tangga dalam melakukan pemantuan. CCTV pada umumnya dihidupkan secara terus menerus dalam kurun waktu yang ditentukan pengguna. Penggunaan CCTV secara terus menerus berdampak pada pemborosan daya listrik dan usia penggunaan perangkat lebih singkat. Maka diperlukan penelitian CCTV hemat energy dan hidup hanya pada waktu yang diperlukan untuk penggunaan perangkat CCTV yang lebih lama. Tujuan penelitian ini adalah membangun Closed Circuit Television (CCTV) yang hemat energi dan masa penggunaan perangkat yang lama. Terdiri dari dua blok uatama yaitu CCTV Sistem dan blok controller. Blok CCTV berfungsi menangkap gambar dan menampilkan pada layar LCD 14 Inchi. Blok controller dengan pemroses Utama NodeMCU ESP32 sebagai pengatur waktu CCTV mendapat tegangan listrik untuk hidup. CCTV Cerdas ini akan bekerja pada rentan waktu jam 21.00 malam sampai 06.00 pagi dengan mengimplementasikan modul Real Time Clock (RTC) untuk masukkan waktu. CCTV Cerdas mendapat tegangan supply jika sensor PIR Motion mendeteksi panas tubuh manusia pada radius 3 Meter. Berdasarkan hasil pengujian alat dapat disimpulkan bahwa CCTV Cerdas berbasis NodeMCU ESP-32 dapat bekerja dengan baik yaitu setiap kali sensor PIR mendeteksi panas tubuh maka akan menyalakan unit CCTV.Closed circuit television abbreviated (CCTV) has been widely used by companies and households for monitoring. CCTV users generally turn it on continuously. Continuous use of CCTV has an impact on wasting electrical power and shortening the device's lifespan. research was carried out on energy-saving CCTV and a longer CCTV usage period. The aim of this research is to build a Closed Circuit Television (CCTV) that is energy efficient and has a longer device usage period. Smart CCTV Consists of a CCTV System block and a controller block. The CCTV block functions to capture images and display them on a 14 inch LCD screen. The controller block with the NodeMCU ESP32 main processor as the CCTV timer gets electrical voltage to turn on. This Smart CCTV will work between 21.00 pm to 06.00 am by implementing a Real Time Clock (RTC) module to enter the time. The CCTV block gets a supply voltage if the PIR Motion sensor detects human body heat in a radius of 3 meters. The test results show that the NodeMCU ESP-32 based Smart CCTV can work well. The CCTV block will always turn on whenever the PIR sensor detects human body heat.
Universitas Negeri Gorontalo
Title: Closed Circuit Television Cerdas Berbasis NodeMCU ESP-32
Description:
Closed circuit television disingkat CCTV merupakan alat bantu yang telah banyak digunakan oleh perusahaan maupun rumah tangga dalam melakukan pemantuan.
CCTV pada umumnya dihidupkan secara terus menerus dalam kurun waktu yang ditentukan pengguna.
Penggunaan CCTV secara terus menerus berdampak pada pemborosan daya listrik dan usia penggunaan perangkat lebih singkat.
Maka diperlukan penelitian CCTV hemat energy dan hidup hanya pada waktu yang diperlukan untuk penggunaan perangkat CCTV yang lebih lama.
Tujuan penelitian ini adalah membangun Closed Circuit Television (CCTV) yang hemat energi dan masa penggunaan perangkat yang lama.
Terdiri dari dua blok uatama yaitu CCTV Sistem dan blok controller.
Blok CCTV berfungsi menangkap gambar dan menampilkan pada layar LCD 14 Inchi.
Blok controller dengan pemroses Utama NodeMCU ESP32 sebagai pengatur waktu CCTV mendapat tegangan listrik untuk hidup.
CCTV Cerdas ini akan bekerja pada rentan waktu jam 21.
00 malam sampai 06.
00 pagi dengan mengimplementasikan modul Real Time Clock (RTC) untuk masukkan waktu.
CCTV Cerdas mendapat tegangan supply jika sensor PIR Motion mendeteksi panas tubuh manusia pada radius 3 Meter.
Berdasarkan hasil pengujian alat dapat disimpulkan bahwa CCTV Cerdas berbasis NodeMCU ESP-32 dapat bekerja dengan baik yaitu setiap kali sensor PIR mendeteksi panas tubuh maka akan menyalakan unit CCTV.
Closed circuit television abbreviated (CCTV) has been widely used by companies and households for monitoring.
CCTV users generally turn it on continuously.
Continuous use of CCTV has an impact on wasting electrical power and shortening the device's lifespan.
research was carried out on energy-saving CCTV and a longer CCTV usage period.
The aim of this research is to build a Closed Circuit Television (CCTV) that is energy efficient and has a longer device usage period.
Smart CCTV Consists of a CCTV System block and a controller block.
The CCTV block functions to capture images and display them on a 14 inch LCD screen.
The controller block with the NodeMCU ESP32 main processor as the CCTV timer gets electrical voltage to turn on.
This Smart CCTV will work between 21.
00 pm to 06.
00 am by implementing a Real Time Clock (RTC) module to enter the time.
The CCTV block gets a supply voltage if the PIR Motion sensor detects human body heat in a radius of 3 meters.
The test results show that the NodeMCU ESP-32 based Smart CCTV can work well.
The CCTV block will always turn on whenever the PIR sensor detects human body heat.
Related Results
Harsh Environment ESP System
Harsh Environment ESP System
Objective/Scope
When operating an Electric Submersible Pump (ESP) in a location with high installation or worker costs, the installation can cost much more than t...
High Rate Slim ESP Viability Assessment in the Field
High Rate Slim ESP Viability Assessment in the Field
Abstract
Producing oil at full potential with an electrical submersible pump (ESP) in a slim well remains a challenge in the petroleum industry. A conventional slim ...
LVIV TELEVISION: PROBLEMS AND CHALLENGES
LVIV TELEVISION: PROBLEMS AND CHALLENGES
The study of the problems of Lviv television is important because Ukrainian television, in general, has repeatedly encountered a number of difficulties in the process of its activi...
Improving ESP LifeTime Performance Evaluation by Deploying an ESP Tracking and Inventory Management System
Improving ESP LifeTime Performance Evaluation by Deploying an ESP Tracking and Inventory Management System
Abstract
One of the most popular and efficient artificial lift mechanisms is the electrical submersible pump (ESP). According to recent statistics, there are more th...
Electric Submersible Pump Reliability Improvement Lean Six Sigma (LSS) Study
Electric Submersible Pump Reliability Improvement Lean Six Sigma (LSS) Study
Abstract
Electric Submersible Pumping (ESP) is a common artificial lift method when technically viable for high flow rate application. ESP reliability, on the other ...
Mindy Calling: Size, Beauty, Race in The Mindy Project
Mindy Calling: Size, Beauty, Race in The Mindy Project
When characters in the Fox Television sitcom The Mindy Project call Mindy Lahiri fat, Mindy sees it as a case of misidentification. She reminds the character that she is a “petite ...
ESP Energy Efficiency Analysis on Western Siberia Fields
ESP Energy Efficiency Analysis on Western Siberia Fields
Abstract
The paper is devoted to the estimation of energy efficiency of wells equipped with ESP at different operating conditions in Western Siberia. As a measure of...
Exploring the Enhancement of Rigless Deployed ESP Technology for Ad-Interim Production
Exploring the Enhancement of Rigless Deployed ESP Technology for Ad-Interim Production
Abstract
The electrical submersible pump (ESP) change-out using the workover rig contributes to significantly deferred production, including waiting for rig availabi...

