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Solar-powered Hydroponics Project

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Solar-powered Hydroponics Project

Solar-powered Hydroponics Project

My solar-powered hydroponics project is employing an Arduino Uno microcontroller, a DHT11 humidity/temperature sensor, a Seeed Studio Relay Shield, a Seeed Studio SD Card Shield, a PH Shield by Dormant Labs, a solar resistor, an AT24C32 Real Time Clock (RTC) Module, a SunWize OEM20, 20 watt solar panel, a 12V/6A Solar Charge Controller, Morningstar SunSaver 6, and a DDC-1 12V, 10 watt CPU cooling pump.

The Uno is the controller for the whole system.

The DHT11 humidity/temperature sensor is used to monitor and log the ambient temperature and humidity.

The relay shield is used to control the nutrient pump. The pump draws 10 watts, so a relay is necessary. The pump will be run during daylight hours for 15 minutes on, alternating with 15 minutes off. The solar resistor is used to determine whether a daylight condition exists, or not.

The SD Card shield is used to log the data about the whole system. I intend on recording the data every 15 minutes, recording the current time (provided by the RTC module), the pump state (turn pump on or off), the ph and temperature (from the Dormant Labs shield) of the nutrient reservoir, the ambient temperature and humidity (from the DHT11 sensor).

The solar panel and charge controller feed a 12 volt marine-grade battery to power the project.

I would like to also monitor the battery voltage and the PPM of the nutrient reservoir, but I do not have the components necessary for that.


Arduino News

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Please be sure to bookmark and revisit this webpage. The newsfeed items below are designed to update automatically and should always be displaying the latest news on this subject.


11/10/2014 06:42 PM
Hyduino - Automated Hydroponics With an Arduino: 5 Steps ...
So, you may be wondering...WHAT IS HYDROPONICS?Basically, hydroponics is growing plants without the use of a traditional dirt medium by using a nutrient rich water...
04/14/2018 12:35 AM
A simple Arduino based sensor monitoring platform for ...
» A simple Arduino based sensor monitoring platform for Hydroponics | learning about the art and science behind growing plants without soil
03/01/2018 11:18 AM
200+ Arduino Projects - Instructables.com
Whether you are just beginning or have extensive experience with Arduino, there is something here for everyone.In the Electronics Lab, you can prototype and design...
04/17/2018 06:25 PM
Electronics & Arduino training kits and online shop
Wouldn't It Be Cool If you could build amazing things from DAY 1? We make electronics and Arduino training fun! Importers of Arduino and electronics
04/15/2018 04:30 AM
Turret Robotics
Promoting robotics and automation for Science, Engineering, Technology and Mathematics
03/29/2018 04:21 AM
Arduino UNO Datalogger for Complete Beginners (ie: no ...
Addendum 2017-02-20: This post is the first in a series of online tutorials that I've been working on to help teachers bootstrap their own Arduino based curriculum.
04/15/2018 06:24 AM
Scienceinhydroponics.com: Science In Hydroponics
Scienceinhydroponics.com is tracked by us since October, 2014. Over the time it has been ranked as high as 695 099 in the world, while most of its traffic comes from USA, where it reached as high as 218 172 position.
02/15/2015 06:56 PM
Raspberry Pi to Arduino Shields Connection Bridge
The idea behind the Raspberry Pi to Arduino shields connection bridge is to allow to use shields, boards and modules designed for Arduino in Raspberry Pi.
07/03/2015 07:57 PM
e-Health Sensor Platform V2.0 for Arduino and Raspberry Pi ...
The e-Health Sensor Shield V2.0 allows Arduino and Raspberry Pi users to perform biometric and medical applications where body monitoring is needed by using 10 different sensors: pulse, oxygen in blood (SPO2), airflow (breathing), body temperature, electrocardiogram (ECG), glucometer, galvanic skin response (GSR - sweating), blood pressure ...
04/17/2018 08:55 PM
The Hoaglands Solution for Hydroponic Cultivation ...
» The Hoaglands Solution for Hydroponic Cultivation | learning about the art and science behind growing plants without soil


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A set of webpages that I have prepared relative to using the Arduino family of microcontrollers as a means of furthering my knowledge of C+ computer programming.

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