The “M&V provider” develops the M&V plan. This role can be filled by the commissioning agent, energy modeler, mechanical engineer, project engineer, or a facilities manager.
Consider the impact of an M&V program on mechanical system design requirements. Keep in mind whether or not your mechanical system is capable of providing the necessary outputs for the BMS or metering system. The energy usage outputs are typically listed as kW, BTU, or therms over a given period of time. An automated record on a BMS or a metered reading on the equipment may be manually carried out at regular intervals. The specifics of the output metric and duration need to be determined in your M&V program and depend on the systems installed.
Determine whether attempting EAc5.1, EAc5.2, or both is best for your project. Achieving both will earn your project a total of six points. You can attempt one or both—neither is dependent on the other.
Discuss as a team whether M&V will contribute to your project’s goals for energy reduction and system monitoring. Consider your project’s size, its complexity, your tenants’ needs, and whether or not to run a whole-building energy model. Also think about how the building will be operated. If the M&V program is not likely to be fully utilized by the owner, it may not be an appropriate investment.
If IAQ test samples exceed any of the maximum concentration levels, the space must be flushed out with an increased rate of outside air, as recommended by the testing agency, and re-sampled to confirm compliance before allowing occupants to move in.
Samples should be collected in the breathing zone—three to six feet above the floor—during hours when the building will normally be occupied. Record the exact locations in which samples are taken in case follow-up samples are required.
