Whole Building Performance projects also require a modeling study to help you identify and analyze the value of potential energy efficiency projects. Have an interior lighting power density in the final design that is at least 10% more efficient than ASHRAE 90.1-2016.This Building Envelope Tech Brief outlines. By combining effective strategies with efficient technologies, we can help you save money, maximize equipment performance, and build a green image. Achieve a projected minimum combined annual energy savings of at least 20% compared to the base case design (on-site generation and alternate energy may not be counted toward the savings). This Tech Brief will help you identify and select envelope-related measures that will maintain or improve occupant comfort while reducing energy use.Incorporate energy efficiency measures for the building envelope, interior lighting and HVAC systems, including high-efficiency cooling equipment. Sealing gaps, cracks, or other leakage sites in the building envelope, including heating and cooling ducts, can reduce energy losses, improve overall building.Be new construction or a major renovation of an existing building that includes all new mechanical and lighting systems.To participate, your project must meet the following criteria: The Whole Building Performance pathway is most appropriate for large buildings with 150 tons or more of cooling-and where substantial architectural, lighting and HVAC system improvements are possible. Take advantage of financial incentives that can cover up to 75% of the price difference between standard and energy-efficient equipment and measures. Capture the maximum energy-saving potential in your new construction or major renovation project by examining the building as an integrated system.
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