This credit encourages quality acoustical design, which provides many benefits to occupants, including increased comfort and productivity.

However, the credit requirements can be difficult and expensive to achieve, and can require careful balancing against other project concerns, such as materials selection or open floor planning. Consider enlisting the expertise of an acoustical consultant to ensure your project meets the applicable requirements for all occupied spaces.

This credit encourages quality acoustical design, which provides many benefits to occupants including increased comfort and productivity. 

However, the credit requirements can be difficult and expensive to achieve, and can require careful balancing against other project concerns, such as materials selection or open floor planning. Consider enlisting the expertise of an acoustical consultant to ensure your project meets the applicable requirements for all occupied spaces. 

This credit sets up infrastructure for building owners and managers who want to actively monitor energy consumption in their buildings. Advanced energy metering provides a granular level of energy use data, which building operators can use to proactively keep building performance in tune during operations.

While there are compliance paths that are applicable to smaller and simpler building types, owners of larger and more energy intensive buildings are likely to see the greatest value from the application of this credit.

This credit sets up infrastructure for building owners and managers who want to actively monitor energy consumption in their buildings. Advanced energy metering provides a granular level of energy use data, which building operators can use to proactively keep building performance in tune during operations.

While there are compliance paths that are applicable to smaller and simpler building types, owners of larger and more energy intensive buildings are likely to see the greatest value from the application of this credit.

Performance under this credit is based on ASHRAE 90.1-2016, which represents a big jump in stringency from the earlier version. Additional creativity and effort are required to achieve higher levels of energy efficiency under this credit.

With the more stringent requirements of ASHRAE 90.1-2010 as the baseline, additional creativity and effort is required to achieve higher levels of energy efficiency under this credit.

This prerequisite establishes a baseline for providing a minimum amount of outdoor air to buildings in order to maintain good indoor air quality and keep occupants comfortable and healthy. 

The referenced standard is ASHRAE 62.1-2016, which is a newer version than that referenced in LEED v4. ASHRAE 62.1-2016 is often more stringent than local building codes.

This prerequisite establishes a baseline for providing a minimum amount of outdoor air to buildings in order to maintain good indoor air quality and keep occupants comfortable and healthy. 

The referenced standard is ASHRAE 62.1-2010, which is a newer version than that referenced in LEED 2009. ASHRAE 62.1-2010 is often more stringent than local building codes, although it is not likely to entail any added costs.

A high bar, but still achievable

This prerequisite is a big one, not only because it’s required for all projects, but also because it feeds directly into the corresponding credit, Optimize Energy Performance. 

This prerequisite is a big one, not only because it’s required for all projects, but also because it feeds directly into here on LEEDuser.

What’s New in the LEED v4.1 beta

The baseline ratchets up to ASHRAE 2016. This means that LEED is likely now ahead of most local energy codes.