TOWER SYSTEM – set-up at Maker Faire 2014 May 22, 2014Posted by rik94566 in adafruit, agponics.com, arduino, DIY aquaponics, DS18B20, Electronic Componets, indoor aquaponics, indoor gardens, indoor growing, Internet-of-Farming, IoT aquaponics, One-wire, Raspberry PI, Tower System, Tower Tubes.
Tags: agponics, aquaponics, automation, Controlled Environment Agriculture, DIY aquaponics, indoor aquaponics, IoT, Maker Faire, microcontroller, rik kretzinger, sensor
RADIAL FLOW FILTER – just completed April 2, 2014Posted by rik94566 in agponics.com, aquaponic automation, aquaponics, aquaponics electronics, Controlled Environment Agriculture, DIY aquaponics, Electronic Componets, indoor aquaponics, Internet-of-Farming, IoT aquaponics, PRODUCTS, radial flow filter, Tower System.
Tags: aquaponic automation, automation, Controlled Environment Agriculture, DIY aquaponics, indoors aquaponics, IoT, microcontroller, rik kretzinger
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Since first conceiving of the Tower unit as a concept I knew they needed to be operated differently than DWC and Media bed in how you deal with the solids from the fish. Media beds — it has not been that big a deal for me because my rule is that any tank size smaller than 350 I filter the water and break-up the solids and then put back into solution by pumping back into the grow beds. This way I lose no nutrients that the fish produce. Has worked well for over 3 years now. In the testing that I have done with the towers I found that solids need to be dealt with or things will plug up. I still will be reintroducing the broken up solids back into the system put it will take place downstream of the bio-filter component and re-injected into the new buffer tank that stabilizes fish tank water volume and height. This all came out of research I was doing on how best to handle solids in aquaponics. As designed this radial flow filter can handle up to and maybe a bit more than a 1000 gallons of fish tank water. The only thing left to figure out on this radial flow filter now is where I will be locating the outlet for the clean water. That will be dependent on fish tank water level. Should have fish tank completed this coming weekend and make the determination on this aspect of the build.
I put together a youtube slide show if you want to see more detail of the radial flow filter:
THE BEST OF BOTH WORLDS — arduberry February 12, 2014Posted by rik94566 in agponics.com, aquaponic automation, aquaponics, aquaponics electronics, arduino, DIY aquaponics, indoor aquaponics, indoor growing, IoT aquaponics, Raspberry PI.
Tags: aquaponic automation, arduino, DIY aquaponics, electronics, hacks, indoor aquaponics, indoors aquaponics, IoT, rik kretzinger, sensor
I have been reading about this product now for a while and finally thanks to J.C. Naumowicz got the link to check it out.
Here is the link:
This solution takes care of a number of issues that are hard to solve with arduino or raspberry pi on there own. The two together are truly better together than as individual solutions.
Enjoy and support this effort if it is something you think will be a better solution for us all.
200,000 Views on Youtube – “Internet of Farming” — WOW February 2, 2014Posted by rik94566 in agponics.com, aquaponic automation, aquaponics, Crop, DIY aquaponics, Internet-of-Farming, IoT aquaponics, Tower System.
Tags: aquaponic crop, automation, Controlled Environment Agriculture, DIY aquaponics, indoor aquaponics, IoT, LED aquaponics, microcontroller, rik kretzinger, Temp Probe, Temperature Probe
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Backside equipment found on agponic-MD unit February 2, 2014Posted by rik94566 in agponic MD, agponicMD, aquaponic automation, aquaponics, arduino, DIY aquaponics, Electronic Componets, Gravity feed valves, plumbing, sensor.
Tags: arduino sketch, automation, DIY aquaponics, indoor aquaponics, IoT, rik kretzinger, sensor
Major Accomplishments Achieved August 6, 2013Posted by rik94566 in 1-wire, agponics.com, arduino, Internet-of-Farming, IoT aquaponics.
Tags: aquaponic automation, aquaponics, arduino, Controlled Environment Agriculture, DIY aquaponics, IoT, rik kretzinger
Well it has been a while since my last post. For good reason. I wanted to hold off posting for some big accomplishments to talk about and set up the direction I will be going with this blog into the future.
FIRST BIG ACHIEVEMENT:
This will be my 100th post. When I started this blog it was more an effort to explore ideas and concepts related to one small aspect of aquaponics and has now grown into a world wide effort from a number of neat people.
Have had my highest ever number of views on the blog and daily traffic has hit all time highs.
Will go over 50K view of the Internet-of-Farming this week!
LAST MAJOR ACCOMPLISHMENT IS:
Finishing of my agponicMD (micro device). I now have a fully functional aquaponic device that will allow me to test any and all scenarios that I want to. This is a major big deal for me. This allows me to actually achieve IoT on a personal level and be one of the first to reach a practical application that will help interest others in this area of farming and agriculture. Without this blog and the comments from all you I would not have been able to get this far or learned so much.
Internet-of-Farming July 5, 2013Posted by rik94566 in agponics.com, aquaponic automation, aquaponics electronics, arduino, Cilantro, DIY aquaponics, IoT aquaponics.
Tags: aquaponic automation, arduino, DIY aquaponics, float sensor, indoor aquaponics, IoT, rik kretzinger, Temperature Probe
Just got featured on an international blog showing my aquaponic system and work I have been doing with aquaponic automation in ag related technologies. Getting close to 10,000 views on YouTube.
What is an aquaponic device for IoT-aquaponics June 11, 2013Posted by rik94566 in agponics.com, aquaponic automation, DIY aquaponics, DS18B20, Float Switch, IoT aquaponics, One-wire.
Tags: aquaponic automation, aquaponics, DIY aquaponics, DS18B20, IoT, microcontroller, rik kretzinger, Temperature Probe
Aquaponic devices can come in many sizes and shapes. There are simple and complex devices as with all technologies.
The most simple aquaponic device would be a temp probe connected up to an Arduino with the data generated being sent out to a Cloud service like Xively/Cosm/Pachube or ThingSpeak via ethernet or wireless connection.
I am working on a more complex aquaponic device right now that will contain the following sensor set:
3 – DS18B20 probes
1 – Flow meter
3 – media sensors
1 – Float Switch
1 – Humidity and Temp probe (DHT-22)
3 – gravity feed valves controlled by relays
1 – air pump controlled by relay (in N/O) configuration
1 – back-up air pump that turns on if electric goes out
1 – heater controlled by relays driven by temp reading being generated by the DS18B20 probes.
This device will be my proto-type to test sensor configurations and try new sensors out. It will allow me to gain an understanding of how all this IoT technology comes together and can actually perform work with out me having to constantly watch my system. I would like to be in Hawaii and just have my iPhone alert me when an event is out of range. Then I could make the necessary adjustments over my Aquaponic API software and be done with it while at the beach.
DS18B20 – always a new twist June 10, 2013Posted by rik94566 in 1-wire, aquaponics electronics, DIY aquaponics, DS18B20, IoT aquaponics, One-wire, Stainless Steel Temp Probe, Temperature Probe.
Tags: 1-wire, DIY aquaponics, DS18B20, IoT, rik kretzinger, sensor, Temp Probe, Temperature Probe
I have resisted moving to Arduino IDE 1.0.x as I have read that people have had problems moving to it.
In my case I have been using ver 21 IDE because it was stable and all the libraries worked with it. Now that I am moving to the IoT platform I am required to use Arduino IDE 1.0.x.
First step was to download and install. Then needed to re-establish all the libraries required to work with DS18B20. Once all done it was time to determine if it all would work correctly.
To start off I ran the one-wire finder sketch. Much to my delight it worked. Now I was very confident that this transition was going to go smoothly. I now connected up 3 sensors and loaded my 3 sensor sketch.
Here was my result:
I got reading that were incorrect or really no readings at all
Next I had to make sure the hardware was connected right. So I went back to my ver. 21 IDE and re-tested everything. Sure enough everything worked great.
The results now is that using the Hacktronics sketch that was stated to be workable with Arduino IDE 1.0.x does not work with my set-up. Now I will have to determine just what the problem is and how to correct it.
This will have to be my next task in learning about the DS18B20 and Arduino.