Legal Requirements Lists federal requirements related to the purchase of this item, including applicable Federal Acquisition Regulation (FAR) requirements

• FAR Subpart 23.2 Energy and Water Efficiency and Renewable Energy
• FAR Subpart 23.8 Ozone-Depleting Substances and Greenhouse Gases
• FAR Subpart 23.1 Sustainable Acquisition Policy

Life Cycle Cost Savings

Life Cycle Costing (LCC) aims to quantify the financial impact of a product over its entire life cycle to assist consumers in making decisions that will save them money over the long term.

For most applications, energy-efficient air source heat pumps have the lowest life-cycle cost. For example, EPA has estimated that an Energy Star-qualified air-source heat pump can save a typical user $3,253 in energy costs over the life of the unit, while avoiding 55,657 pounds of greenhouse gas emissions.

An efficient product is cost effective when the energy costs saved over the life of the product exceed the additional upfront cost (if any) of the more efficient model. Energy Star considers both upfront costs and lifetime energy cost savings when setting required efficiency levels. Federal purchasers can assume that Energy Star-qualified products are life-cycle cost effective.

To calculate life cycle cost savings, explore these tools:

• On its Purchasing & Procurement page, Energy Star offers MS-Excel-based calculators to estimate how much money and energy you can save purchasing ENERGY STAR air source heat pumps.
• NREL’s Levelized Cost of Energy Calculator can help estimate the cost of electricity as an input for your lifecycle cost calculations, accounting for both cost escalation and discount rates.

Guiding Principles

Contributes to meeting The Guiding Principles for Sustainable Federal Buildings

• 2 - Optimize Energy Performance
• 5 - Reduce the Environmental Impact of Materials

Additional Guidance

Substitutes for ozone-depleting chemicals, as identified under the SNAP program, may be purchased with the product itself or separately.  In either case, federal agencies must procure and substitute safe alternatives for ozone-depleting substances to the maximum extent practicable.

The ENERGY STAR Most Efficient program identifies the most efficient products among those that qualify for the ENERGY STAR in particular product categories. Product categories were selected and recognition criteria were established to ensure that products that receive this recognition demonstrate efficiency performance that is truly exceptional, inspirational, or leading edge. There are Most Efficient criteria for air source heat pumps. The 2017 criteria exclude:

• Units that run on three-phase power.
• Central Air Conditioner or Air-Source Heat Pump models rated for more than 65,000 Btu/h of cooling. This limit does not apply to GHPs.
• Mini-splits, multi-splits and split ductless systems are eligible for ENERGY STAR Most Efficient in 2017 with different requirements.

Potential LEED Contributions

This product may contribute* toward points in multiple LEED v4 rating systems, including areas required for LEED v4 building certification. Primarily, the credits will apply in the Building Design and Construction (BD+C) and Building Operations and Maintenance (O+M) categories. This includes the specialty areas of: New Construction and Major Renovation, Existing Buildings, Core & Shell, Schools, Retail, Data Centers, Warehouse and Distribution Centers, Hospitality, and Healthcare. Specific credits are:

• Energy & Atmosphere
  • Optimize Energy Performance
  • Enhanced Refrigerant Management

* It is important to note that no products, individually or collectively, can guarantee a specific number of points for LEED Category credit. Each credit will need to be matched to the product by a certified professional.