Description and overview of the development of the WaterWell monitor project from 2019, supplemented by a Rain Gauge into one centralized web application that can receive data from Arduino, ESP8266, ESP32 platforms via HTTP, HTTPS protocol. The platforms include WiFi / Ethernet connectivity for data transfer.
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The data is visualized to the user in a web application via Google Charts bar graphs, through the gauge representation the user can view the maximum / minimum water level and for a certain period of time. The article discusses the possibility of using an interrupt to read data from the Hydreon RG-11 rain gauge.
![[IMG]](proxy/SZZFn5BnoIHafBJD66uzwQOHgza%2BKmDNGdcvPWzDvELAR6jj%2F%2BcAr7Ku%2BMRwYFvpuBZxcijcWZsXTVZcOnKu0v937bs4pyWTGqJ7NrNxwxVJFyOYt7S9fGtQdqv7hvrAhyKN%2BXYVuARQ5hNS40H26oAAMv%2F0Zr8qLvGOphtYtfznPKW5SWk8E08i6oEaXEUy%2BR9k81PnrkwFLqq4x%2FcxuiRWYeE3WhnBl%2Ft%2F02Wv1DiC0bb4PVnoJr6sgQkdzvsCXUAuxEISbuQy3cxG/image.png)
Describes the differences between ultrasonic sensors for a project that can be used. He is interested in detection characteristics, beam width. He mentions interesting facts and observations from the development. Possibility to try a web application with your hardware in English.
![[IMG]](proxy/boXL9W%2FbfB%2F0tBqpJfNhbM3l7eB8Uu4BGC29T6hK3y2PRwdkBiOy8jM2MOD3zF6%2BQxQ1iwfZZ69uF47PUBcOJIEJ3ks8n3A3ToQ26NLqNCe2zABtmoXN4gG9UIym3%2BM3LTGvBK5JZUtqz1dJs5H6MMJeBeIVwvEVYbN1vbEz2VBM%2B0y4xS6iPXqOzUNJ5oiFCMBNsMPJvUoKT6hBm62pmF1VeuPUwsGgDd%2Brc%2BqPnYCXGAnZbm%2FZl1lFm6STiSILt1O1wGA6trQqzCzB/image.png)
![[IMG]](proxy/rjDI4TwgbIGL24234NtostXp3ortyUmXOao1KD6CUmD9eMkqSsXBpHyxQFFCbss6oEICG6%2B5v%2FgZ7ZPf73OdoYNLZUgh0TRnHiUqL0%2BlC0yXYD%2Fu%2F5n7Hh%2BhSvfWUNg%2BFsmeh9MIDmWMfFa0zBwtsLuzTbAx5TBwMvzORNfU8pC1yi%2BRei%2FuUjnW771sINsGSMINyzLn0SinCUEW%2B92xRBGmgsiCe0mnl%2Flthd5ZhccZYw8VYp1sedqQIXZgCfI3EtENGvBfFMdhsO2k/image.png)
![[IMG]](proxy/sCYkpGQt5s7K4TfY4cLgv4QJ9GPAXWOjx4sjysLsv65IgjfxDbTeAtD3a1CekzQu3qLjK4JOFI5TAMmdFtcVl0Q%2FoF%2FdEqbK2hnOfuDr3yQM2I%2FTcK%2Fifu3fn8WZjFEEU%2B3ZvWExwJ9Ixn3IWeUyRX8bl2Z8r9QWnB2J9HDg7pOpuyYy9Zt1OOQ%2B4ZRwV4gFy%2Fsz1PdKus8BimygQNoVgLrtmv2epKW5DvHQbvX83tlqXM5OQ8orpkDVrAks3F6%2Bcc5KyuvOWZHHUABd/image.png)
![[IMG]](proxy/iwlctyB7uqEjTNHPXyyeaPYQ3SXoHFFoI7idWN2ybNK6kgclKJqxHAO0Gxs5AU%2Bj%2FeItAH4%2BbstcI%2FK70ehfyroG7bxC6PwMYZclha0neleJNoZh6B%2BswdQlqcIpo622lVRu%2BP7q3rDVtPakPjCQbaQXD0ACyzeziRJtDAgBjDUNoxaNLyBVrBziDM%2B7Eeb%2Fggs5cqeXbWr%2FTCpF3grWysttoadfLvV1vOnnlb960Vv3wc8Zno5jlqQvbA%2BcFo%2BBeeLBX4TUmaUq%2F3QQ/image.png)
The data is visualized to the user in a web application via Google Charts bar graphs, through the gauge representation the user can view the maximum / minimum water level and for a certain period of time. The article discusses the possibility of using an interrupt to read data from the Hydreon RG-11 rain gauge.
Describes the differences between ultrasonic sensors for a project that can be used. He is interested in detection characteristics, beam width. He mentions interesting facts and observations from the development. Possibility to try a web application with your hardware in English.