flexiblefullpage
billboard
interstitial1
catfish1
Currently Reading

Solar carports power Major League Soccer stadium in Utah

Sponsored Content Energy Efficiency

Solar carports power Major League Soccer stadium in Utah

Wanting to capitalize on the abundant energy produced by the sun, the Real Salt Lake professional soccer club built carports in the parking lot using MBCI metal roofing with solar panels. The panels generate 73% of the stadium’s total power needs.


By MBCI | July 8, 2016
Solar carports power Major League Soccer stadium in Utah

Solar carports being installed in the parking lot of Rio Tinto Stadium in Sandy, Utah.

On a clear day at noon in the temperate zone, there’s about a kilowatt – 1000 watts – of energy falling on every square foot of open ground.  A free kilowatt, if you could capture it.  Of course, energy harvesting technology isn’t totally efficient: most photovoltaic solar panels only output usable electricity equal to about 15% of the energy that falls on them.  Even so, if you harvested the sunlight from an average parking space, 162 sf, you could produce about 24 kilowatts.  Generating that kind of energy without burning any fossil fuels could save some nice money, and reduce some nasty pollution.

If your solar panels were eight feet off the ground, you could park your car under them to keep it cool, too. And if you happened to own a large parking lot, and solar-paneled all the spaces, you’d have it “made,” so to speak: a sizeable financial resource, a large environmental benefit, and covered parking.

 

That was the kind thinking that made Dell Loy Hansen, primary owner of the Real Salt Lake Major League Soccer team, decide to put solar carports on the parking lot of Rio Tinto Stadium.  

Click here to read the full version.

Related Stories

| Oct 5, 2011

GREENBUILD 2011: Brick offers growing options for sustainable building design

Brick exteriors, interiors and landscaping options can increase sustainability that also helps earn LEED certification.

| Oct 5, 2011

GREENBUILD 2011: Roof hatch designed for energy efficiency

The cover features a specially designed EPDM finger-type gasket that ensures a positive seal with the curb to reduce air permeability and ensure energy performance. 

| Oct 4, 2011

GREENBUILD 2011

Click here for the latest news and products from Greenbuild 2011, Oct. 4-7, in Toronto.

| Sep 29, 2011

Kohler supports 2011 Solar Decathlon competition teams

Modular Architecture > In a quest to create the ultimate ‘green’ house, 20 collegiate teams compete in Washington D.C. Mall.

| Sep 28, 2011

GBCI announces LEED fellow class of 2011

  LEED Fellows represent green building industry's most accomplished professionals.

| Sep 28, 2011

Opus Group awarded contract for new Church & Dwight Co. headquarters

The campus will include two 125,000-sf Class A, energy-efficient office buildings that will be designed and constructed with sustainable practices and elements. 

| Sep 23, 2011

Okanagan College sets sights on Living Buildings Challenge

The Living Building Challenge requires projects to meet a stringent list of qualifications, including net-zero energy and water consumption, and address critical environmental, social and economic factors. 

| Sep 23, 2011

Under 40 Leadership Summit

Building Design+Construction’s Under 40 Leadership Summit takes place October 26-28, 2011 Hotel at the Monteleone in New Orleans. Discounted hotel rate deadline: October 2, 2011.  

| Sep 16, 2011

Largest solar installation completed at Redskins' football stadium

On game days, solar power can provide up to 20% of FedExField’s power.

| Sep 16, 2011

Electrical installation work completed at Rhode Island DMV

The facility was renovated in order to better the working environment for DMV employees and streamline the experience for Rhode Island drivers.

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