added resources

This commit is contained in:
Jeremy Kidwell 2022-08-12 09:10:19 +01:00
parent 5d6fecdef1
commit 4f53970ae5

View file

@ -85,6 +85,8 @@ I have three projects in the works, which will be a bit more DIY as there aren't
Given the fact that most of our floors are suspended timber over bare earth, my current project in process is to deploy a series of wifi soil moisture sensors under the floors in key locations to test for unexpected water ingress which might damage floor joists. I had to remove all the joists under our front room which were above an cellar, but most joists in the house are still sound, and these are giant hand-hewn oak beams more than a century old. I'm hoping a bit of tech can ensure that I can proactively monitor for broken things that might be unnoticed at first like rainwater guttering but which could cause unexpected and unnecessary damage. Given the fact that most of our floors are suspended timber over bare earth, my current project in process is to deploy a series of wifi soil moisture sensors under the floors in key locations to test for unexpected water ingress which might damage floor joists. I had to remove all the joists under our front room which were above an cellar, but most joists in the house are still sound, and these are giant hand-hewn oak beams more than a century old. I'm hoping a bit of tech can ensure that I can proactively monitor for broken things that might be unnoticed at first like rainwater guttering but which could cause unexpected and unnecessary damage.
I'm currently looking at using a mesh of https://github.com/rbaron/b-parasite devices for this purpose.
### (2) airflow, fans, etc. ### (2) airflow, fans, etc.
We need to, long term, dry out the cellar a bit with some better airflow. I'd like to run a good cross-flow ventilation system, and the most sustainable options would involve air heat recovery and dehumidification. So you draw air into the room with a low-energy fan, dehumidify the incoming air (rather than the room) and extract heat before venting humid air out. You can see a commercial version of this which is sold by [VapourFlow](https://www.vapourflow.com/product-category/basement-ventilation/) with h/t to Pete Ward for recommending them. Their solutions are a bit too expensive for my taste, and they don't interface with DIY home monitoring, so a bit too proprietary for my taste. I'm planning to wire up fans and dehumidifiers in a similar kind of system, but using HA and Node Red as the brains rather than the fan so it can be replaced easily and inexpensively. Research pending, I'll share when I do some prototyping. We need to, long term, dry out the cellar a bit with some better airflow. I'd like to run a good cross-flow ventilation system, and the most sustainable options would involve air heat recovery and dehumidification. So you draw air into the room with a low-energy fan, dehumidify the incoming air (rather than the room) and extract heat before venting humid air out. You can see a commercial version of this which is sold by [VapourFlow](https://www.vapourflow.com/product-category/basement-ventilation/) with h/t to Pete Ward for recommending them. Their solutions are a bit too expensive for my taste, and they don't interface with DIY home monitoring, so a bit too proprietary for my taste. I'm planning to wire up fans and dehumidifiers in a similar kind of system, but using HA and Node Red as the brains rather than the fan so it can be replaced easily and inexpensively. Research pending, I'll share when I do some prototyping.
@ -139,3 +141,9 @@ We have an EV, and are currently charging this with an Ohme device. Ohme
# Solar # Solar
# Resources:
There are a number of other far more developed builds, most not with old houses like this, but still a lot to be learned from folks! Here are a few of my favourites:
- https://github.com/Burningstone91/smart-home-setup
- https://www.dlford.io/series/how-to-home-lab/