@chriswmackey - looking forward to tracking development of the load calc app! Quick idealized air load results would be great for peak zone load results. Results would include peak zone clg/htg loads + component load breakdown. Next step would be exporting block load to understand load diversity.
Hah! You read my mind since that is next on my list after I have gotten the Annual Loads app in good shape. We want to make a Peak Loads App that will be a good alternative to other interfaces like TRACE 700. Except out Peak Loads App will use EnergyPlus and will include some nice graphics like this:
Sounds good! Appreciate the energy balance graphic as well. Engineers would want to see room load (and eventually system load) output report (pdf and excel) similar to TRACE 700 or IESVE.
Yes, that’s the plan! There will likely be separate apps for computing room-by-room peak loads vs. sizes of individual HVAC system components since the former can be computed much more quickly than the latter. The former also makes it easy to produce nice-looking load balances while the latter can get a little muddy since it’s not always clear where in the HVAC system the thermodynamic boundary is across which heat in = heat out.
In any event, I can post here when I have something ready to test.
I’ve found that mech. engineers use room peak loads to do a lot of sizing, even roll up to system level then try to apply diversity factor.
Perhaps, intermediate step prior to full equipment sizing reports/graphics, would be to list peak coincident / block load and sum of peak / non-coincident load of all rooms assigned to a system zoning scheme to understand load diversity factor.