flexiblefullpage
billboard
interstitial1
catfish1
Currently Reading

Galileo’s Pavilion is a true showcase of sustainability

Sponsored Content Sustainability

Galileo’s Pavilion is a true showcase of sustainability

Galileo’s Pavilion is a 3,000-square-foot academic building.


By Mitsubishi Electric | November 2, 2017
Johnson County Community College
Johnson County Community College

The Center for Sustainability at Johnson County Community College (JCCC), Overland Park, Kansas, set aggressive goals for the College, including becoming a 100% renewable energy campus by 2050. This commitment affected every building project on campus, including Galileo’s Pavilion, a 3,000-square-foot academic building. Super-efficient practices and products, including Mitsubishi Electric Cooling & Heating Variable Refrigerant Flow (VRF) technology, have made Galileo’s Pavilion a true showcase of sustainability and earned LEED® Platinum certification.

The JCCC contacted Studio 804, a not-for-profit in Lawrence, Kansas, comprised of KU School of Architecture, Design and Planning graduate students. These students design and construct technologically sophisticated, green buildings under the direction of Dan Rockhill, distinguished architecture professor and Studio 804 founder. Rockhill said, “We designed Galileo’s Pavilion using our current knowledge of sustainable design. We took advantage of the daily and seasonal cycles of nature to passively cool, heat and daylight the building, as well as supply electricity and utility water.”

For HVAC, Rockhill said, “We had three distinctly separate spaces. Although they’re in the same building, the loading on them is different. So that resulted in three separate air-conditioning and heating solutions” – or, zoning. “We pride ourselves on promoting sustainable everything, so HVAC is no exception.” VRF was the clear choice.

 

Johnson County Community College

 

Rockhill had been impressed with Mitsubishi Electric VRF on a recent project. “Mitsubishi [Electric] is a leader in its field. Many of the others follow, but Mitsubishi [Electric] developed the variable refrigerant concept. For Galileo’s Pavilion, we wanted the most technologically advanced equipment in the industry. So VRF and its capacity to simultaneously cool and heat all of the spaces within the building was a fit.”

He continued, “Mitsubishi [Electric] was also very generous in working on the engineering aspect of the Center for Design Research. Mitsubishi [Electric] gets passive solar, and gets that it’s the sum of the total of all the parts that makes the systems positive. And there was never any pushback from them. It was always, “Yeah, that’s great.”

“Installation went quite well. The Mitsubishi [Electric] units are compact and easy enough to install that the whole thing really was pretty simple,” said Rockhill.

 “The school monitors the whole thing,” explained Michael Rea, JCCC’s sustainability project manager, “through our building automation system. The Mitsubishi [Electric] system is integrated so we can see humidity or change set points, for example.”

He continued, “Everything with the Mitsubishi [Electric] system has been going well. No compressor failures, no leaks, no fan problems, nothing. Our maintenance is easy, too – just changing the filters and making sure the condensers are clean.”

Another sign of success: LEED Platinum certification. Rea said, “For us in the Center, we were excited to get above Silver, our current standard. Galileo’s Pavilion is a showcase about what a sustainable building can be on a campus. We were also honored to receive the 2013 CSI Kansas City Chapter Innovation in Sustainability Award for the building.”

Related Stories

| Dec 10, 2013

16 great solutions for architects, engineers, and contractors

From a crowd-funded smart shovel to a why-didn’t-someone-do-this-sooner scheme for managing traffic in public restrooms, these ideas are noteworthy for creative problem-solving. Here are some of the most intriguing innovations the BD+C community has brought to our attention this year.

| Dec 9, 2013

What is life cycle cost optioneering?

Life cycle cost optioneering is a way of assessing alternative design options, analyzing their long-term capital and operational costs to identify those with the lowest price tag, over the entire life cycle. 

| Nov 27, 2013

LEED for Healthcare offers new paths to green

LEED for Healthcare debuted in spring 2011, and certifications are now beginning to roll in. They include the new Puyallup (Wash.) Medical Center and the W.H. and Elaine McCarty South Tower at Dell Children’s Medical Center of Central Texas in Austin.

| Nov 25, 2013

Manufacturers race to offer EPDs, HPDs in response to LEED v4

Under LEED v4, projects are awarded points for using at least 20 building products that have issued Environmental Product Declarations or Health Product Declarations. In response, manufacturers are racing to offer EPDs and HPDs for their product lines. 

| Nov 22, 2013

Health Product Declaration Collaborative to develop protocol for third-party verification of HPDs

Seven leading product sustainability assessment companies partner with the HPD Collaborative to develop the verification and quality assurance protocols.

| Nov 19, 2013

Top 10 green building products for 2014

Assa Abloy's power-over-ethernet access-control locks and Schüco's retrofit façade system are among the products to make BuildingGreen Inc.'s annual Top-10 Green Building Products list. 

| Nov 18, 2013

USGBC, UL Environment announce joint Environmental Product Declaration

Strategic partnership between U.S. Green Building Council and UL Environment will focus on building materials and product transparency.

| Nov 15, 2013

Greenbuild 2013 Report - BD+C Exclusive

The BD+C editorial team brings you this special report on the latest green building trends across nine key market sectors. 

| Nov 14, 2013

How increased domestic energy production affects the nation [Infographic]

In light of America's new energy resources and an increased emphasis on energy efficiency, Skanska examined the trends in U.S. energy production and consumption, as well as the benefits we may incur from increased domestic energy production.

| Nov 14, 2013

Behind the build: BD+C's 'Pedia-Pod' modular pediatric patient unit at Greenbuild 2013 [slideshow]

Next week at Greenbuild, BD+C will unveil its demonstration pediatric patient unit, called Pedia-Pod. Here's a behind-the-scenes look at the construction of this unique modular structure. 

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.

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