tecno4

Alta calidad en prototipos PCB: https://www.pcbway.es
High quality PCB prototypes: https://www.pcbway.es
Descarga Archivo Gerber: https://www.pcbway.com/project/sharep...
Descarga del programa de Arduino: http://elprofegarcia.com/
Válvula solenoide de paso de agua controlada con Arduino
----- Materiales -----
Tienda donde Compre los Materiales: https://dinastiatecnologica.com
(1) Arduino Uno
(1) Modulo Relé de 1 Canal
(2) Pulsadores
(1) Válvula Solenoide de paso 12V
(1) Fuente Alimentación 12V
( ) Cables de Conexión

In this tutorial we will learn how to make a Plant Watering System Using a moisture sensor, water pump and flash a green LED

Detector pirata ruso en PCBWAY https://www.pcbway.com/project/sharep... En este video veremos una forma de automatizar pequeños invernaderos o armarios indoor para regular parametros de temperatura y humedad de suelo, es factible con pocas modificaciones activar ventiladores para circulacion de aire y regular la luz dentro del invernadero. No se lo pierdan que es muy facil Codigo de arduino para este proyecto y esquema de conexiones https://drive.google.com/drive/folder...

Watering system for my flowers is advanced version of flotcher that I made some time ago. Very simple Arduino based project but very effective and human free - that's what I like. If I can create stuff that will do boring stuff instead of me that's always cool. And I will not disturb those birds while watering my tomatos on balcony. Just few components, 2 hours and this project is ready, not a lot of work but a lot of satisfaction :) Let me know what you think about this project, and don't forget to subscribe, birds already did that! Github: https://github.com/NikodemBartnik/wat...

Github

El sistema de riego esta operativo, vemos como funciona y entramos en detalle en el software que mueve al hardware. Repositorio: https://github.com/gsampallo/Irrigati... Artículos del blog: https://www.gsampallo.com/blog/catego... Web: https://www.gsampallo.com Mi twitter: https://twitter.com/gsampallo Thingiverse: https://www.thingiverse.com/gsampallo

Este es un sencillo sistema de riego, para probar algunos conceptos del manejo de datos y sensores.
Articulo del blog: https://www.gsampallo.com/blog/?p=431
Repositorio: https://github.com/gsampallo/Irrigati...
Web: https://www.gsampallo.com
Mi twitter: https://twitter.com/gsampallo
Thingiverse: https://www.thingiverse.com/gsampallo

Everyone of us likes a little greenery in our houses, don’t we? Plants require really low maintenance and can be left for days without supervision but our long trips extending over a week or 2 can be detrimental for the health of plants due to the lack of moisture in the soil. In such situations, the plant may wither or die due to the absence of proper watering. In order to solve this problem, in this project, we are making an Automatic Irrigation System with an Arduino Uno which will irrigate your plants automatically and keep them healthy even when you are out of the town for weeks or months. In this project, a Moisture sensor will be used to maintain the optimum level of moisture for your plants. This system can be implemented, both for your garden or for your Indoor plants thus taking care of your leafy pets when you are away.

We also build low cost IoT based Soil Moisture Monitoring Device, you can check out the demonstration video given below.

Si navegas un poco por la red encontrarás diversos proyectos de este tipo, pero quizás el más interesante sea Jarduino. En ese me inspiraré para este proyecto, ya que considero que otros sistemas de riego que solo usan sensores de humedad y nada más no son tan completos.

El objetivo es construir un sencillo sistema de riego, que monitoree la humedad de la tierra de una maceta y riegue la misma una o dos veces al día.
En una primera instancia vamos a construir la electrónica y escribir un sencillo programa para controlar el flujo de agua, el sensor de humedad solo va a reportar el valor y lo utilizaremos de referencia para junto con un monitoreo a ojo de la tierra poder calibrar y saber los valores necesarios.

In this smart irrigation system, we took a soil moisture sensor which can sense the Moisture in the soil. Soil moisture sensor gives some value to the microcontroller which we use in the system for instructions. Soil sensor can give both value analog as well as digital. so we recommend using the analog value. because on the analog value you can calibrate the moisture level with the output device. for example, a soil moisture sensor gives the value 0 to 1023. so you can calibrate the sensor as your soil condition.  but on the digital output of the sensor, you can not calibrate the sensor by the code according to the soil moisture. there is a potentiometer to calibrate the sensor. for more accuracy use analog sensor.

Whenever we go out of town for few days, we always used to worry about our plants as they need water on regular basis. So here we are making Automatic Plant Irrigation System using Arduino, which automatically provides water to your plants and keep you updated by sending message to your cell phone.

In This Plant Watering System, Soil Moisture Sensor checks the moisture level in the soil and if moisture level is low then Arduino switches On a water pump to provide water to the plant. Water pump gets automatically off when system finds enough moisture in the soil. Whenever system switched On or off the pump, a message is sent to the user via GSM module, updating the status of water pump and soil moisture. This system is very useful in Farms, gardens, home etc. This system is completely automated and there is no need for any human intervention.