Project Details
- Name:IoT Automatic Water Tank System
- Category:Arduino
- Author:Sandicreations
- Client:Student
- Location:Tangerang, Banten, Indonesia
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IoT Automatic Water Tank System
We are proud to present the IoT-Based Automatic Water Tank Filling System, developed as a final year project for the Bachelor of Electrical Engineering (S1 Teknik Elektro) program.
We are proud to present the IoT-Based Automatic Water Tank Filling System, developed as a final year project for the Bachelor of Electrical Engineering (S1 Teknik Elektro) program.
This project focuses on designing a smart water management system that automatically monitors and controls the water level inside a storage tank.
The system integrates water level sensors, microcontroller technology, and IoT connectivity to detect water levels and automatically activate the pump when the tank requires refilling.
Developed by Sandicreations, this project demonstrates the practical implementation of IoT technology, embedded systems, and automation control to improve efficiency in household and building water management systems.
With real-time monitoring capabilities, the system allows users to track the water level and pump status remotely, ensuring efficient water usage and preventing tank overflow or dry pump conditions.
IoT Automatic Water Tank System
An intelligent water tank management system that automatically monitors water levels and controls pump operation using IoT-based technology.
- Automatic Water Level Detection
- IoT Remote Monitoring
- Smart Pump Control System
- Efficient Water Management
Why Choose Sandicreations for This Project?
Choosing Sandicreations means partnering with a developer experienced in IoT systems, embedded electronics, and automation solutions.
IoT Automation System Development
We build intelligent systems that integrate sensors, microcontrollers, and cloud connectivity.Smart Monitoring Solutions
Our systems allow real-time monitoring of devices and environmental parameters.Automation & Control Engineering
We design automated control systems to improve operational efficiency and reduce manual intervention.Reliable System Architecture
Developed with stable hardware and software architecture to ensure long-term system reliability.
