Energy-Efficient Automatic Sliding Doors

High performance achieved through design
Sponsored by STANLEY Access Technologies

Learning Objectives:

  1. Identify and recognize the characteristics of high-performance, energy-efficient automatic sliding doors as defined by national standards.
  2. Investigate the design potential and innovative opportunities to create improved door openings that are sustainable and energy efficient.
  3. Assess the multiple potential contributions of automatic sliding doors as they contribute to green and sustainable building designs.
  4. Specify automatic sliding doors in a variety of green and conventional buildings, and formulate appropriate selections related to specific applications.


1 GBCI CE Hour
This test is no longer available for credit

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The building envelope or building enclosure is the most critical part of a building in terms of energy efficiency. If it is compromised for any reason, then more energy is needed to run heating and cooling equipment. This is especially true of many doors because they are designed with intentional gaps that allow them to function properly but compromise energy performance in the process. In the case of doors, automatic sliding doors are used for many different building locations. Through better design and attention to detail, these doors can achieve high-performance capabilities and contribute to more energy-efficient buildings overall.

Heat image of a building with sliding doors.

Photo courtesy of Getty Images


STANLEY Access Technologies When it comes to automatic door openings, STANLEY is setting the standard for tough, dependable, long-lasting performance. Since 1931, we’ve been the largest manufacturer, installer and service providers of automatic doors in North America. From engineering and development, to product delivery and quality, STANLEY is constantly moving forward with innovative solutions you can depend on. Now that’s performance in action.


Originally published in April 2017