Energy Star Certification

Texas A&M Receives Energy Star Certification for Two Campus Buildings

Energy Star Decal

Thanks to the dedicated work of the Utilities and Energy Services Department at Texas A&M, the General Services Complex (GSC) and the Agricultural and Life Sciences (AGLS) Building recently received status for the 2015 ENERGY STAR certification given by the U.S. Environmental Protection Agency. This is a tremendous feat, especially considering these are the only two buildings in the Bryan-College Station area currently certified for 2015. ENERGY STAR is the single most trusted environmental label in the United States. It’s the nation’s symbol for superior energy performance. In fact, more than 85 percent of Americans recognize the ENERGY STAR when they see it. As the only environmental certification program that crosses platforms, the little blue label now appears on more than 65 types of products, over one million homes, and more than 20,000 buildings. "Our buildings at Texas A&M are part of the campus community and the people who walk by them or through their doors everyday are, too. When our community passes through doors that have the ENERGY STAR logo, they will know that we (students, faculty, and staff) are hard at work conserving the resources that have been entrusted to us".

The process of receiving ENERGY STAR certification begins with the collection and submission of energy consumption data to the ENERGY STAR website. All of the data, including consumption, building operations, and building square footage, is verified by a Professional Engineer before the data is officially submitted. The ENERGY STAR program delivers a score to a building based on the building type, characteristics, operating conditions, and regional weather data. A building that scores above a 75 will receive Energy Star certification. The Agriculture and Life Sciences Building received a score of 96 and the General Services Complex scored an 85.

In order to qualify to receive an Energy Star score, a building must be classified as a certain type of property. Some of these property types include Offices, Data Centers, Medical Offices, Financial Offices, and Retail Store. The only type of on campus buildings that can be certified currently is one classified as having a majority of office space. Multiple buildings were considered during the selection process in order to choose the most efficient building. Ultimately, the General Services Complex and the Agriculture and Life Sciences buildings were chosen based on their energy efficiency and because an Energy Stewardship team member works closely with the building to monitor energy usage. The Energy Steward assigned to each building works with the building personnel to create a schedule and offer operating techniques that will help to reduce energy costs. In each of these buildings, the Energy Steward has implemented a weekend and nighttime set back schedule. This allows for less energy to be used in the evenings and weekends when the building is unoccupied. These are also both newer buildings with new, efficient equipment that helps to lower energy consumption.

ENERGY STAR certified buildings and plants meet strict energy performance standards set by EPA. They use less energy, are less expensive to operate, and cause fewer greenhouse gas emissions than their peers. Starting with the first ENERGY STAR certified building in 1999, tens of thousands of buildings and plants across America have already earned EPA’s ENERGY STAR for superior energy performance. Currently, 21 types of facilities can earn the ENERGY STAR. Commercial buildings start by entering their utility bill data and building information into Portfolio Manager, EPA's free online tool for measuring and tracking energy use, water use, and greenhouse gas emissions. Industrial plants start by entering key plant operating data into another set of free tools, called Energy Performance Indicators. Both tools calculate a 1 – 100 ENERGY STAR score. Facilities that score a 75 or higher are eligible to apply for ENERGY STAR certification. Before facilities can earn the ENERGY STAR, a professional engineer or registered architect must verify that the information contained within the certification application is accurate. No matter where you see it, the ENERGY STAR label means the same thing — an energy-efficient top performer that saves money without sacrificing performance. ENERGY STAR certified buildings save energy, save money, and help protect the environment by generating fewer greenhouse gas emissions than typical buildings. To learn more about EPA Energy Certification, please visit

General Services Complex

Built: 2006 | Total Floor Space: 200,250 sq. ft. | Energy Star Rating: 86

General Services Complex

The General Services Complex

GSC Group

Accepting the Certification: Ben Kalscheur (Office of Sustainability Assistant Manager), Ginger Urso (Facilities Coordinator), Homer Bruner (UES Assistant Director), Jim Riley (UES Executive Director), Steve Smith (GSC Facilities Manager), Syed Ali (UES Energy Stewardship Supervisor), and Rob Robideau (UES Energy Steward)

Agricultural & Life Sciences Building

Built: 2011 | Total Floor Space: 168,353 sq. ft. | Energy Star Rating: 96

Agricultural and Life Sciences Building

The Agricultural and Life Sciences Building

AgriLife Group

Accepting the Certification (L to R): Syed Ali (UES Energy Stewardship Supervisor), Homer Bruner (UES Assistant Director), Amy Chen (UES Energy Steward), Dr. Bill Dugas (Associate Vice Chancellor and Dean for Agriculture and Life Sciences), David De Leon (Associate Agriculture Facilities Manager), and Jim Riley (UES Executive Director)