For natural gas metering applications, is continuous logging of instantaneous flows a requirement? Most meters just put out totalized pulses, so I'm assuming that's fine... Any thoughts?

I am wondering if a commercial building, where over 90% of the building is submetered tenant space would qualify for this credit.

On page 200 of the LEED-EB reference guide, Table 1- Sample Summary of Energy and Metering Capacity lists major energy-consumption subsystems and end-uses.

My question is if the occupancy of the building is a single person in this case of an institution and has no tenants can apply for this credit.

Under LEED EBOM 2009 I am considering attempting metering under credit EAc3.2 for a 200,000 sq. ft.

I have about 35 ceiling- mounted heat pumps throughout the building, and it would be cost-prohibitive to install a separate meter on each one.

In our office building, the annual Gas Consumption accounts for more than 40% of the total annual energy consumption. The gas is used for Heating and for Cooking (for a Restaurant).

We have a meter that measures: chiller + pump + lighting system. Since we are not discriminating by "end use": would this meter qualify towards this credit? Thanks GH

Hi all, I'm confused about when OR over what period of time does the breakdown need to capture. I understand that it needs to roll up to the EAc1 declared annual energy use (mbtu).

If we had to meter things like hot water usage and chillers on a building level to comply with EAp2/c1 to do building-level metering of all incoming energy inputs, would we automatically be able to