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1 | initial version |
For a baseline model I typically use values from the DOE Prototype Building Models for building type and vintage . It's important to note that the WaterUse:Equipment definition includes both hot and cold water use, which I typically assume is equal.
2 | No.2 Revision |
For a baseline model I typically use values from the DOE Prototype Building Models for building type and vintage . It's important to note that the WaterUse:Equipment definition includes both hot and cold water use, use, which I typically assume is equal.
3 | No.3 Revision |
For a baseline model I typically use values from the DOE Commercial Prototype Building Models for building type and vintage . It's important to note that the WaterUse:Equipment definition includes both hot and cold water use, which I typically assume is equal.
4 | No.4 Revision |
For a baseline model I typically use values from the DOE Commercial Prototype Building Models for building type and vintage . vintage. It's important to note that the WaterUse:Equipment definition includes both hot and cold water use, which I typically assume is equal.
5 | No.5 Revision |
For a baseline model I typically use values from the DOE Commercial Prototype Building Models for building type and vintage.
It's important to note that the WaterUse:Equipment definition includes both hot and cold water use, which I typically assume is equal.
6 | No.6 Revision |
For a baseline model I typically use values from the DOE Commercial Prototype Building Models for building type and vintage.
It's important to note that the WaterUse:Equipment definition includes both hot and cold water use, which I typically assume is equal.
For a baseline model I typically use values from the DOE Commercial Prototype Building Models for building type and vintage. These values can represent only hot water, so I recommend inspecting the models and documentation to where they come from. After that I would compare the SHW end use percentage of the PBM to your model as a rough calibration.