Thank you for this video. Really gained a lot from it 😊. Do you know how to program for the hygrothermal properties of natural earthen materials (i.e. clay) in honeybee?
I believe that EnergyPlus (which is the thermal engine behind Honeybee) only accounts for latent heat that is transferred directly among masses of air. I don't think it calculates moisture migration from air to materials or vice versa. I'd recommend looking at WUFI for hygrothermal transfer over time (wufi.de/en/).
![Honeybee V1.4 :: Thermal Load Balance [Tutorial 1.5]](http://i.ytimg.com/vi/Sw7pnqq2VJM/mqdefault.jpg)
![Honeybee V1.4 :: Thermal Load Balance [Tutorial 1.5]](/img/tr.png)
![Honeybee V1.4 :: Getting Started with Energy Modeling [Tutorial 1.1]](http://i.ytimg.com/vi/kDJfZpuJKeE/mqdefault.jpg)
![Honeybee V1.4 :: Ideal Loads HVAC System and Outside Air Economizer [Tutorial 2.1]](http://i.ytimg.com/vi/Cxoo9Kpoyyg/mqdefault.jpg)
You are amazing
Thank you for this video. Really gained a lot from it 😊. Do you know how to program for the hygrothermal properties of natural earthen materials (i.e. clay) in honeybee?
I believe that EnergyPlus (which is the thermal engine behind Honeybee) only accounts for latent heat that is transferred directly among masses of air. I don't think it calculates moisture migration from air to materials or vice versa. I'd recommend looking at WUFI for hygrothermal transfer over time (wufi.de/en/).