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.
![[IMG]](proxy/d%2BxQXCTbc%2F76U%2FYPGWD9GQZAMkLpAtV4FqeWlLQSnPw6ih3sQonTLjMP6%2BsSS3SVgR1UtLT1vCCD2yGGyznV2Z9R1z%2BPCxaGo%2BQcY07Z0gH4BDvXEOGc2dXznx%2FZwjO4o9ln1Fkhctau4zVnGOLALwp15XVo5hg4ABOOOt3cXAiF%2BqQvtUYWUutdf5TEAm3uf21z3GPKACXEvuNSj8hCTBU%2FkZvb6i1aa0L0iVcu7oY5WDttmKGyP3DSuYJRKCVcVf4KmntN4bH0%2BiG0/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.
![[IMG]](proxy/urw8Gtsot8fsRNeZIqdkUWhhfixaByk3KFmpD%2BBzBBI6hOcqZeUz54i7m6QMulehi%2FwQ7S%2BWmHri8HvVdSepA8NYx6xwfrWLl3LvxxWYGtCdkcpGqSPaoDxi037%2FwLbjdt2lASUu318G6roZZZw%2BWvIU7ikY2CE7Ce3tdH5skPJhOXNo%2B9ku%2Br5aHwigKGQee2JQU6iSjHucGkB%2B3iNPQpLfO%2BNjG7DMgmaP%2BxevzgUqGh63WhQmdfWRYIYHGE%2BoPQufg%2Bh1ttjDXNiX/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/tZts9jThb9dTLHibe3Cz6UDN0%2B%2B7TvWRXDYIJah1Eef40hOH6jXJwDOyt3pTxHdcHdaPVm5PwYDofD7qz6WL0AfBbqVumtPE61%2FVXy%2B9ZFUhj%2BKriYoJno0U%2B5dRuUssRJTNNJw6%2BoN1GVt9kxy%2F8wbm3m2fF7BdlnApFasE%2F6EefyBRfAIYnFG4n24FPeL5Y0apxk0TJs09wGOpyaJCs42faOpeHjZiyEWELPlx%2BCCS2u1F9sjb%2B3o01qHWEfT9UskQLhdE0RHEnCga/image.png)
![[IMG]](proxy/AgP9ZYXGeTcStkc5a9iUVhcqIwBfdOdJa14WqoThxajQEtiN9zHJs5Wm2SLDvOCLG%2FoBbvS51Ita88cvsdgJxHIZtqMaBTDQdOAiCzx%2FH7q8HIqXZZBv9d%2F8UvqAfATpCfo6SZUrvjvFqpW9Ogo2quOTtnBNxR7XRePYzvQJRFO4yXO8NPQ97TJZqBdhu09gpiKLKDFQFsjl6KenwmLKQXBSGKhNTZpn7m7rmhYGG%2FEVaFlFFLv5C5mY%2FNCeOEVYWNqDc1jqddWC3MtX/image.png)
![[IMG]](proxy/XprpLYjfOHsLVxQX%2FS5B2JTcJvz2p%2FrQ5wD9wmveGfGVH4SUsczSkBWUbF2L33FFsYcmuLt25G3iA%2BqSdVI9QhbfjqudLHo%2BHr860K0%2BrXm%2BTpKXNFXzA%2Bv8PEyqrc1WH8ejpyvE00yOotlLSEDlXijf%2FQD7gqlq9pekkFrxZMnTmfBS8o8eN1ElAtjZkWW8IWrSZLNMsg1h%2F5OeipW7xEDc2GGPo%2BET0VjQMtUkewWi3SRQ8ZaSehLxmy3B4HGWK2qtqEQd8Gc1ZmiY/image.png)
![[IMG]](proxy/ojpxj%2F0gtO7KqmN%2BiBpLYB6KfVVKikJlTcO5jsnPpwGetcgoRCZCuytKhzdy%2BUn1QxvitMApM0BzeHF1YKtelR3jybM6rpYBmc3dYDe2ftCHu%2BeKKzaZjpCPuAoLXv0csGiUjRen5VNo%2BBEtnldTZnmT4dELevPrBGK3zLqvDn7jv83nYbVhqxDoiwkfgtZ8DApairDEouoZTPj1Evxx0WZQ9PvJzFS7dgXsnJPx18rQNhES9oz0RXX1klJtDJpjBENgKgFOTP1c5Arn/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.