Water Level .Pro S1 v2

WiFi Water Level S1 v2: Comprehensive Overview

Introduction

The WiFi Water Level S1 v2 is an advanced water level monitoring device designed to provide precise measurements of water levels in various applications, including tanks, wells, and reservoirs. Leveraging WiFi connectivity, it enables real-time monitoring and management of water levels from anywhere via a smartphone or computer. This open hardware project focus in a new version of S1 that will integrate the P1, use smd, and fcc aproved esp32 module. 

Main git repo >> https://github.com/rrguardo/WiFi-Water-Level-S1

Microcontroller GPLv3 source code >> https://github.com/rrguardo/WiFi-Water-Level-S1/blob/main/WiFiWaterLevelS1.ino 
Opensource server sample >> https://github.com/rrguardo/WiFi-Water-Level-S1/blob/main/demo_server.py

Opensource GPLv3 3D case components >> https://github.com/rrguardo/WiFi-Water-Level-S1/tree/main/3dcase
Free server service >> https://waterlevel.pro/

S1 v1 life real device demo at >> https://waterlevel.pro/device_info?public_key=demo

This other project will implement the >> automatic pump features 

Important Notes:

D1 zener should be adjusted depending on solar panel used.

• D1 4.3V Zener for 120 mA or more, 5.5v Solar Panel. (Zener range not lower than 4V)
• D1 4.7V for under 50 mA 5.5v Solar Panel

Key Features

• Real-Time Monitoring: The S1 integrates seamlessly with your WiFi network to deliver live water level data directly to your mobile device or computer. This ensures you can always stay informed about the status of your water systems without needing to be on-site.
• High Accuracy: Equipped with advanced sensing technology, the WiFi Water Level S1 offers high precision in water level measurements. This accuracy is crucial for applications where precise water management is required.
• User-Friendly Interface: The device features an intuitive web and mobile app interface, allowing users to easily configure settings, view historical data, and receive alerts. The app is compatible with both Android and iOS devices, ensuring accessibility for all users.
• Customizable Alerts: The S1 can be configured to send notifications via email or push alerts when water levels reach predefined thresholds. This feature is vital for proactive management and avoiding potential issues such as overflow or insufficient water levels.
• Ecological Friendly: The S1 is designed with sustainability in mind. It is powered by solar energy, reducing reliance on traditional power sources and minimizing environmental impact.
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• Open Hardware and Software: Emphasizing transparency and innovation, the WiFi Water Level S1 is open hardware and software. This means that users have access to the device's schematics, firmware, and software, allowing for customization and enhancement. Additionally, the cloud service for data management offers a free version, making it accessible without additional costs.
• Robust Build: Designed to withstand various environmental conditions, the WiFi Water Level S1 is built with high-quality materials to ensure durability and long-term performance. Its rugged design makes it suitable for both indoor and outdoor use.
• Easy Installation: The device comes with straightforward installation instructions and can be mounted or placed in the desired location with minimal effort. Its plug-and-play design allows for quick setup without the need for specialized tools or technical expertise.

Applications

The WiFi Water Level S1 is versatile and can be utilized in a range of scenarios, including:

• Residential Water Tanks: Monitor and manage home water storage systems to ensure consistent water supply.
• Agricultural Applications: Keep track of irrigation systems to optimize water usage and enhance crop growth.
• Industrial Use: Oversee water levels in industrial processes and storage tanks to maintain operational efficiency.
• Environmental Monitoring: Track water levels in natural bodies of water for research and conservation efforts.

Technical Specifications

• Connectivity: WiFi 802.11 b/g/n
• Power Supply: Solar energy
• Measurement Range: depending on sensor used from 1 cm to 8 meters.
• Accuracy: +/- 1 cm
• Operating Temperature: -20°C (-4°F) to +50°C (122°F)
• Dimensions: 4"x4"x4" aprox.
• Weight: 1 pound

Conclusion

The WiFi Water Level S1 represents a significant advancement in water level monitoring technology. Its combination of real-time data, high accuracy, and user-friendly interface, along with its ecological friendliness and open hardware/software approach, makes it an essential tool for efficient and sustainable water management in various applications. Whether for residential, agricultural, or industrial use, the S1 offers reliability and convenience, ensuring you stay informed and in control of your water resources.

TODO List:

• Assambly and test new v2 PCB and components. ETA September 7th, waiting components to arrive. OK
• Make a new 3d printable case for the new version. OK
• Update the hardware software, to make it behave like in dev-board, that works without major issues. OK
• Update the server software to apply the free plan automatic. OK
• Update the server software to allow register new devices from users side. OK
• Make a minimal open-source server sample. OK
• Prepara oper-soure code for microcontroller ( git account or similar ) OK
• Movement to SMD is not working OK
  • check autorouting OK
  • check new smd components OK (problem was here at diodes)
  • check power usage problems OK
  • Test diodes component updates (energy optimizations) 
  • Improve charger using TP4056
• Prepare manuals
  • PCB manual
    • flash procedure
    • fueatures and components
  • 3D models manual
    • asambly guide
    • materials and printing requirements
    • ...
  • final user manual
    • install manual
    • usage manual

Case prototype current progress :

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This open-source electronics project is provided "as is." No warranties of any kind, either express or implied, including but not limited to implied warranties of merchantability or fitness for a particular purpose, are made. Use this project at your own risk. We are not responsible for any damage, loss, or inconvenience that may arise from the use of this project.