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I would like to get the energy balance of a thermal zone without HVAC (only walls, windows and infiltration). I would like to get the detail of the weight of each opaque components of the envelope.

I ve found the Output:Varible "Surface Inside Face Convection Heat Gain Energy", would it be sufficient to assess the heat tranfer from opaque components to interior air?

Thanks

I would like to get the energy balance of a thermal zone without HVAC (only walls, windows and infiltration). I would like to get the detail of the weight of each opaque components of the envelope.

I ve found the Output:Varible "Surface Inside Face Convection Heat Gain Energy", would it be sufficient to assess the heat tranfer from opaque components to interior air?

Thanks

I would like to get the energy balance of a thermal zone without HVAC (only walls, windows and infiltration). I would like to get the detail of the weight of each opaque components of the envelope.

I ve found the Output:Varible "Surface Inside Face Convection Heat Gain Energy", would it be sufficient to assess the heat tranfer from opaque components to interior air?

Thanks

I would like to get the energy balance of a thermal zone without HVAC (only walls, windows and infiltration). I would like to get the detail of the weight of each opaque components of the envelope.

I ve found the Output:Varible "Surface Inside Face Convection Heat Gain Energy", would it be sufficient to assess the heat tranfer from opaque components to interior air?

Thanks

I would like to get the energy balance of a thermal zone without HVAC (only walls, windows and infiltration). I would like to get the detail of the weight of each opaque components of the envelope.

I ve found the Output:Varible "Surface Inside Face Convection Heat Gain Energy", would it be sufficient to assess the heat tranfer from opaque components to interior air?

Thanks

I would like to get the energy balance of a thermal zone without HVAC (only walls, windows and infiltration). I would like to get the detail of the weight of each opaque components of the envelope.

I ve I've found the Output:Varible Output:Variable "Surface Inside Face Convection Heat Gain Energy", would it be sufficient to assess the heat tranfer transfer from opaque components to interior air?