This 2010 version was a major leap forward, achieving nearly compared to the 2004 edition and roughly an 18.2% reduction in source energy consumption over the 2007 version. Key improvements included:
In the United States, Standard 90.1-2010 serves as a critical legal benchmark: Standard 90.1 - ASHRAE ashrae 90.1-2010
: Increased requirements for insulation and established new criteria for air barriers and fenestration (windows and doors). For example, it capped the maximum glazed area at 50% of the gross wall area and limited skylights to 5% of the roof area. This 2010 version was a major leap forward,
, titled "Energy Standard for Buildings Except Low-Rise Residential Buildings," was a landmark update in building energy efficiency, providing the minimum requirements for the design and construction of new commercial buildings and their systems. Core Impact and Efficiency Gains , titled "Energy Standard for Buildings Except Low-Rise
: Updated Lighting Power Density (LPD) allowances and introduced more detailed methods for determining power allowances, such as the Space-by-Space Method.
: Ramped up requirements for lighting and mechanical system controls to ensure equipment only runs when needed. Regulatory Role
: Introduced more stringent equipment efficiencies and specific design requirements for hydronics and airside systems. It also mandated variable speed pump control for many chilled water systems.
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This 2010 version was a major leap forward, achieving nearly compared to the 2004 edition and roughly an 18.2% reduction in source energy consumption over the 2007 version. Key improvements included:
In the United States, Standard 90.1-2010 serves as a critical legal benchmark: Standard 90.1 - ASHRAE
: Increased requirements for insulation and established new criteria for air barriers and fenestration (windows and doors). For example, it capped the maximum glazed area at 50% of the gross wall area and limited skylights to 5% of the roof area.
, titled "Energy Standard for Buildings Except Low-Rise Residential Buildings," was a landmark update in building energy efficiency, providing the minimum requirements for the design and construction of new commercial buildings and their systems. Core Impact and Efficiency Gains
: Updated Lighting Power Density (LPD) allowances and introduced more detailed methods for determining power allowances, such as the Space-by-Space Method.
: Ramped up requirements for lighting and mechanical system controls to ensure equipment only runs when needed. Regulatory Role
: Introduced more stringent equipment efficiencies and specific design requirements for hydronics and airside systems. It also mandated variable speed pump control for many chilled water systems.