Smart water Management System

Projects
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I am having a problem statement with me
but I can’t figure out whether it’s can be done by Using Bolt Iot or not.

Smart Water Management System

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WhatsApp Image 2020-07-03 at 02.21.33.jpeg890×495 81.2 KB

please help me guys ASAP.

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i think this can help you.

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hey @himanshudixit7879
You can do project on smart water management system using BOLT. Here, I have given links of two research papers below. You can refer that papers. They have clearly explained about the proposed solution with neat algorithms and also mention the details of used material (sensor) in brief.

  1. https://www.researchgate.net/publication/330637347_Smart_Water_Quality_Monitoring_System_Using_Iot_Technology
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Thanks, It is helpful for https://baddiehub.news/

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Hi @himanshudixit7879

Here is how you can implement it:

  1. Water Level Monitoring: Use low-cost ultrasonic sensors or high sensitivity water sensors to measure water levels in tanks. Projects like the one found on GitHub demonstrate how to set up a simple water level monitoring system using Bolt IoT, which can be done affordably with basic components like a microcontroller and sensors .
  2. Water Quality Measurement: For measuring parameters such as TDS (Total Dissolved Solids), pH level, and turbidity, inexpensive sensors are available that can interface with microcontrollers. These sensors are often used in educational projects and can be integrated into a DIY water management system.
  3. Automated Water Pump Control: Utilize relay modules to control water pumps based on sensor readings. A simple setup can be created using Arduino or similar platforms to automate pump operation when certain water levels are detected .
  4. Daily Water Consumption Tracking: Low-cost flow meters can be installed to track water usage. These devices can provide data that can be logged using a microcontroller, allowing for daily monitoring of consumption.
  5. Leak Detection: Inexpensive moisture sensors can be placed in areas prone to leaks. When moisture is detected, alerts can be sent via a mobile app or SMS using the Bolt IoT platform.
  6. Data Storage and Visualization: Use free or low-cost cloud services like Bolt Cloud to store data collected from sensors. This allows for easy visualization and analysis of water usage and quality over time.
  7. Interconnectivity: Platforms like Arduino or Raspberry Pi can facilitate interconnectivity between various sensors and devices, allowing students to create a comprehensive water management system.
  8. Educational Resources*: There are numerous online resources and tutorials available that guide users through creating their own water management systems at minimal costs, making it an excellent learning opportunity for students.
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Thanks . It very helpful.

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Great.