Motieno shield with Solar LiPo charging, toggle switch input and servo control.Designed by Lebson Labs, Ships from United States of America
Overview This is a shield for the LowPowerLab Moteino which gives you the following: LiPo power LiPo solar charging LiPo solar charging status (Charging/Not Charging/Full Charge/Error) Battery lev...Read More…
This is a shield for the LowPowerLab Moteino which gives you the following:
Please see Source Code link for detailed code examples, the schematic, and technical details.
Please note: You will need to create a bridge device which communicates with the Moteino in order to send commands. I personally used a WeMos D1 Mini shield and modified the "Low Power Listening" fork of the LowPowerLab RFM69 library to work with it (modified file in the GitHub link).
Requires a Moteino or Moteino compatable microcontroller in order to function.
Please note with your purchase you will only get the 'Blind Automation Moteino Shield'. Everything else must be purchased separately.
One set per system:
See my Main Store Page for more items, I may stock some of the required parts depending on demand.
After getting into home automation I decided that I wanted to automate my blinds both so that they will open up in the morning to wake me up, but also so they're closed while I'm away to save on heating and cooling costs. Unfortunately for me, I had already replaced most of the blinds in my house fairly recently with Premium Faux Wood Blinds from Home Depot. With this in mind, I set out to find an off the shelf solution to allow me to tilt my blinds up or down. Much to my dismay, I did not find anything I could purchase for a reasonable price that would allow me to add this functionality. This is where my idea to just do it myself came in.
After getting inspiration from other makers online, I set out to create my own automated blinds with the following requirements:
After many iterations of my design, I came up with a worthy solution. I would base it around a Moteino from LowPowerLab. This little board is an optimized Arduino with built-in RF capability. The biggest draw towards using the Moteino was their amazing "Low Power Listening Mode". This allows the Moteino to be mostly asleep while still listening for bursts of incoming traffic. This Moteino would communicate via RF with a WiFi base station utilizing the ESP8266 chipset. From there I would write some custom SmartThings code to allow communication between the bridge and my smart home. Please check out this link for more specifics on my final product: Battery Powered Solar Recharged Automated Blinds.
All of my designs are specifically for Premium Faux Wood 2.5" Blinds from Home Depot which you have to purchase separately. Installing this in other blinds may require modifications to the gearbox design.
STL files for all required 3D printed parts are available on Thingiverse through the 'Design Files' link on this page. These are not included in your order. I currently do not own a 3D printer and am unable to sell printed parts. I will look into doing this in the future if there is sufficient demand.
Code examples are available on my GitHub through the 'Source Code' Link on this page.
|Shipping Rate||First item||Additional items|
United States Postal Service: First Class Package
$62.00 $ $62.00
$79.00 $ $79.00
$38.00 $ $38.00
$17.70 $ $17.70
$22.00 $ $22.00
We recognize our top users by making them a Tindarian. Tindarians have access to secret & unreleased features.
We look for the most active & best members of the Tindie community, and invite them to join. There isn't a selection process or form to fill out. The only way to become a Tindarian is by being a nice & active member of the Tindie community!
I am a Systems Engineer in the Aerospace Industry by day, a Maker by night.