flexiblefullpage
billboard
interstitial1
catfish1
Currently Reading

ASHRAE’s new headquarters walks the talk about net-zero energy

Energy Efficiency

ASHRAE’s new headquarters walks the talk about net-zero energy

The conversion of a 1970s’-era building demonstrates how older structures can be made more efficient and sustainable.


By John Caulfield, Senior Editor | March 23, 2021
ASHRAE's new global headquarters

ASHRAE's new headquarters in Atlanta transforms a 1970s-era structure into a net-zero-energy office facility. Images: Jonathan Hillyer Photography

This month, ASHRAE’s new global headquarters became fully net-zero energy upon the installation of its photovoltaic system.

This 66,700-sf, three-story building, which previously housed an information management company Recall, was originally built in 1978. It’s located in Peachtree Corners, Ga., along Atlanta’s Technology Parkway corridor, and 10 miles from ASHRAE’s previous headquarters. The building’s transformation, which began in January 2020, is “a living showcase of what’s possible,” said Charles Gulledge III, PE, ASHRAE’s 2020-2021 President.  It might also serve as proof that net-zero energy can be more than an aspiration for existing buildings.

The renovation and retrofit used innovative technologies and sustainable materials to reduce energy use, water consumption, and the building’s carbon footprint. Skanska, the project’s Construction Manager at Risk, completed the renovation during the coronavirus pandemic without having to shut down. ASHRAE’s 110-person staff started moving into the building last October.

The net-zero-energy ready design exceeds ASHRAE’s own energy and indoor standards. (Even before the COVID pandemic, ASHRAE had planned to provide 30% more outside air to the renovated building than the required minimum ventilation rates from its own Standard 62.1.) The design targets LEED and International Living Future Institute zero energy certifications.

THE TECHNICAL BELLS AND WHISTLES

ASHRAE's headquarters is distinguished by a radiant ceiling panel system (above) and formidable mechanical room that includes four heat pumps.

 

The new headquarters’ technical features include:

•A radiant ceiling panel system for heating and cooling, and a dedicated outdoor air system to enhance ventilation via overhead fresh-air distribution

•Six water-source heat pumps

•Demand-control ventilation for high-occupancy spaces

•Modeling Energy Use Intensity of 17 kBTU/sf/year

•On-site electric vehicle charging stations

•18 skylights and a reconfigured window/wall ratio, which at the work plane is 79.9%.

There are 18 skylights in the building (above), and dashboards throughout that relay information about the building's performance.

Among the headquarters’ digitally connected solutions are remote monitoring and analysis of building performance via online dashboarding, and an advanced Building Automation System that’s’ integrated with other systems. Advanced conferencing is designed to serve as a “digital lighting” teaching resource.

To help fund this $20 million project, ASHRAE raised $9.7 million from 31 corporate donors, which included gifts of equipment and services. ASHRAE members donated more than $500,000.

The project’s design team included McLennan Design, Houser Walker Architecture, and Integral Group. Collins Project Management managed the renovation, and Epsten Group was the Commissioning Agent.

Related Stories

| Mar 13, 2012

Commercial glazer Harmon expanding into Texas

Company expanding into the Texas market with a new office in Dallas and a satellite facility in Austin.

| Mar 13, 2012

Worker office space to drop below 100-sf in five years

The average for all companies for square feet per worker in 2017 will be 151 sf, compared to 176 sf, and 225 sf in 2010.

| Mar 12, 2012

Improving the performance of existing commercial buildings: the chemistry of sustainable construction

Retrofitting our existing commercial buildings is one of the key steps to overcoming the economic and environmental challenges we face.

| Mar 5, 2012

Moody+Nolan designs sustainable fire station in Cincinnati

Cincinnati fire station achieves LEED Gold certification.

| Mar 1, 2012

AIA: A clear difference, new developments in load-bearing glass

Earn 1.0 AIA/CES learning units by studying this article and successfully completing the online exam.

| Mar 1, 2012

7 keys to ‘Highest value, lowest cost’ for healthcare construction

The healthcare design and construction picture has been muddied by uncertainty over the new healthcare law. Hospital systems are in a bind, not knowing what levels of reimbursement to expect. Building Teams serving this sector will have to work even harder to meet growing client demands.

| Feb 28, 2012

Roofing contractors recognized for workmanship

Sika Sarnafil announces Project of the Year winners; competition highlights visually stunning, energy efficient, and sustainable roofs.

| Feb 28, 2012

LUMEnergi names Weinbaum president and CEO

Weinbaum’s experience spans communications, nanotechnology, electronics components, consumer products, semiconductors, software, wireless and lighting.

| Feb 28, 2012

Griffin Electric completes Medical University of South Carolina project

The 210,000-sf complex is comprised of two buildings, and houses research, teaching and office areas, plus conference spaces for the University.

boombox1
boombox2
native1

More In Category



Government Buildings

One of the country’s first all-electric fire stations will use no outside energy sources

Charlotte, N.C.’s new Fire Station #30 will be one of the country’s first all-electric fire stations, using no outside energy sources other than diesel fuel for one or two of the fire trucks. Multiple energy sources will power the station, including solar roof panels and geothermal wells. The two-story building features three truck bays, two fire poles, dispatch area, contamination room, and gear storage.


Geothermal Technology

Rochester, Minn., plans extensive geothermal network

The city of Rochester, Minn., home of the famed Mayo Clinic, is going big on geothermal networks. The city is constructing Thermal Energy Networks (TENs) that consist of ambient pipe loops connecting multiple buildings and delivering thermal heating and cooling energy via water-source heat pumps.

halfpage1

Most Popular Content

  1. 2021 Giants 400 Report
  2. Top 150 Architecture Firms for 2019
  3. 13 projects that represent the future of affordable housing
  4. Sagrada Familia completion date pushed back due to coronavirus
  5. Top 160 Architecture Firms 2021