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The AIM Report Measures

A list of all energy efficiency measures included in the current version of AIM.

Labs2Zero
Updated by Labs2Zero

The full library of measures for the current version of the AIM Report software includes the measures listed below. Based on the properties of the user's building, AIM identifies the applicable measures and calculates estimated savings and costs for each. Users can then build a package of measures for their building.

The list has been updated with the set of measures added to AIM in October 2026.

The AIM Measure List

HVAC Systems

  • Variable Air Volume Controls for HVAC Systems
  • Exhaust Air Energy Recovery: Enthalpy Wheels
  • Exhaust Air Energy Recovery: Sensible Heat Systems
  • Low Pressure-Drop Filters for Air Handlers
  • Frequent Filter Replacement for Air Handlers
  • High-Performance Run-Around Exhaust Air Energy Recovery System
  • Air Bypass for Exhaust Energy Recovery Systems
  • VAV Controls for HVAC Systems, Including Manifolding Fume Hood Exhaust
  • Premium Efficiency Motors for AHU and Exhaust Fans

Building Controls

  • Enhanced Exhaust Fan System Controls
  • Staged Control for Constant Volume Exhaust Fans
  • Supply Duct Static Pressure Setpoint Reset
  • Exhaust Duct Static Pressure Setpoint Reset
  • AHU Discharge Air Temperature Reset
  • Optimized Operation of Exhaust Air Energy Recovery Systems

Room Controls

  • Widened Lab Space Temperature Deadbands
  • Unoccupied Room Airflow Setback
  • Unoccupied Room Temperature Setback
  • Demand Based Control of Lab Ventilation Using IEQ Sensors
  • Risk-Based Airflow Optimization
  • Zone-Level Cooling for High-Load Spaces
  • Upgraded Zone-Level HVAC Controls
  • Monitoring-Based Commissioning System for HVAC Systems
  • Whole-Building Recommissioning of HVAC Controls

Vivarium Spaces

  • Ventilated Cage Racks for Vivarium Holding Rooms
  • Demand-Based Ventilation for Vivarium Spaces

Fume Hood Controls and Upgrades

  • Variable Air Volume Controls for Fume Hoods
  • Fume Hood Automatic Sash Closers
  • Fume Hood Unattended Face Velocity Reduction
  • Hibernation or Decommissioning of Unused Hoods
  • Upgraded Fume Hood Performance
  • Reduced Fume Hood Face Velocity
  • Reduced Fume Hood Minimum Airflow
  • Recommissioning of Fume Hood Controls

Occupant Engagement

  • Shut-the-Sash Program for Fume Hoods
  • High-Efficiency Ultra-Low Temperature Freezers
  • Setting Ultra-Low Temperature Freezers to -70C
  • Participating in the Freezer Challenge
  • Obtaining a My Green Lab Certification

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Technical Information on the AIM Calculations

The AIM Report Case Studies

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