Question-and-Answer Resource for the Building Energy Modeling Community
Get started with the Help page
Ask Your Question

Revision history [back]

click to hide/show revision 1
initial version

Can real interior and exterior temperature/humidity improve E+ model?

I am studding if real interior and exterior temperature and humidity can improve E+ models. I think it is very easy and cheap to extend a sensors net in buildings, based in microcontrollers (I am using Arduino, which is really easy and cheap), save temperature and humidity in epw format (at less exterior conditions), and use it in my model, but I am not sure in which way. It could be I fix zones temperature and humidity where I am using the sensors.

My intuition say me all I measure is good for the model.

Can real interior and exterior temperature/humidity improve E+ model?

I am studding if real interior and exterior temperature and humidity can improve E+ models. I think it is very easy and cheap to extend a sensors net in buildings, based in microcontrollers (I am using Arduino, which is really easy and cheap), save temperature and humidity in epw format (at less exterior conditions), and use it in my model, but I am not sure in which way. It could be I fix zones temperature and humidity where I am using the sensors.

My intuition say me all I measure is good for the model.

Can real interior and exterior temperature/humidity improve E+ model?

I am studding if real interior and exterior temperature and humidity can improve E+ models. I think it is very easy and cheap to extend a sensors net in buildings, based in microcontrollers (I am using Arduino, which is really easy and cheap), save temperature and humidity in epw format (at less exterior conditions), and use it in my model, but I am not sure in which way. It could be I fix zones temperature and humidity where I am using the sensors.

My intuition say me all I measure is good for the model.