flexiblefullpage -
billboard - default
interstitial1 - interstitial
catfish1 - bottom
Currently Reading

The Hyperchair gives employees access to their own personal set of climate controls

Building Tech

The Hyperchair gives employees access to their own personal set of climate controls

Not only can the Hyperchair reduce heating and cooling costs and maximize employee comfort, but it can help a company become more environmentally friendly, as well.


By David Malone, Associate Editor | April 13, 2016

Photo Courtesy of Personal Comfort Systems

Offices can oftentimes turn into a real life Goldilocks tale. One worker may be too hot, while another one is too cold. Meanwhile, a third employee is, you guessed it, just right. It is a question as old as the concept of the office itself: What is the most efficient way to manage the temperature of an office so everyone is comfortable? Like trying to determine if the universe actually is infinite or whether the chicken or the egg came first, it seems to be a problem without an attainable solution. Or is it?

As one startup is asking, what if we have been focused on heating and cooling the wrong thing? After all, it isn’t the room that necessarily needs temperature adjustment, but the bodies within the room. That’s where Personal Comfort Systems' Hyperchair comes into play. It may sound like something an astronaut gets strapped into as part of their training, but for the most part, the Hyperchair looks just like a regular office chair, with one major difference: it can actively heat or cool the person sitting in it.

Developed by researchers at the Center for Built Environment at UC Berkeley, the Hyperchair uses heating tape that is woven into the fabric of the chair to warm the occupant much in the same way a heated car seat works. And for anyone who finds himself or herself running a bit warm on a daily basis, tactically placed fans can be used to wick body heat away like a cool, lakefront breeze. The temperature of the chair can be adjusted either by using the onboard control panel on the side of the seat or by using a smartphone app. The back and the seat of the chair can be adjusted separately, which allows for one to be set on heat while the other is set on cool, just in case you ever find yourself wearing shorts and a parka on the same day.

 

Photo Courtesy of Personal Comfort Systems

 

This technology comes at a cost, however, as the chairs range from $1,000 to $1,500 each, depending on the size of the order. And while that is certainly expensive for a chair, the company says this money will be made back in energy savings. In the winter the heat can be turned down a few degrees and the same goes for the air conditioning in the summer.

"If you relax it a couple of degrees, what you're going to find is a 5% to 10% energy savings on the heating and cooling system," Peter Rumsey, Founder and CEO of Personal Comfort Systems, said in an interview with Co. Exist.

The chairs will also be rigged with Wi-Fi and temperature sensors allowing them to communicate with the building regarding various temperature related issues. Additionally, in some climates or in mild seasons such as spring or fall, offices may be able to turn off their thermostats completely and use just the chairs for temperature regulation. With 30% of global carbon emissions coming from building energy consumption, not only can the chairs help with utility costs, but they can also be considered environmentally friendly.

For the time being, the startup is only offering the Hyperchair to large companies, but the hope is that it will eventually be made available for individual orders. The Hyperchair looks to solve a problem that has existed for years while providing everyone with a bit of the Goldilocks treatment of enjoying things that are just right... you know, without all of that breaking and entering business.

 

Photo Courtesy of Personal Comfort Systems

 

Photo Courtesy of Personal Comfort Systems

 

Photo Courtesy of Personal Comfort Systems

 

Photo Courtesy of Personal Comfort Systems

Related Stories

AEC Tech | Feb 13, 2020

Exclusive research: Download the final report for BD+C's Giants 300 Technology and Innovation Study

This survey of 130 of the nation's largest architecture, engineering, and construction firms tracks the state of AEC technology adoption and innovation initiatives at the AEC Giants.

AEC Tech | Jan 16, 2020

EC firms with a clear ‘digital roadmap’ should excel in 2020

Deloitte, in new report, lays out a risk mitigation strategy that relies on tech.

| Dec 18, 2019

Reconsidering construction robotics

After decades when experts predicted that robots would become more prevalent on construction sites, it would appear that the industry has finally reached that point where necessity, aspiration, and investment are colliding. 

75 Top Building Products | Dec 16, 2019

Top Building Systems Products for 2019

FabricAir’s ceiling-hung fabric duct and Ellumi Lighting’s bacteria-killing lights are among the 13 new building systems products to make Building Design+Construction's 2019 101 Top Products report.

75 Top Building Products | Dec 12, 2019

Top Building Envelope Products for 2019

Sto's beetle-inspired exterior coating and Dörken Systems' UV-resistant vapor-permeable barrier are among the 28 new building envelope products to make Building Design+Construction's 2019 101 Top Products report. 

Building Tech | Nov 8, 2019

Pittsburgh is developing a one-stop-shop campus for additive manufacturing and 3D printing

Neighborhood 91 is the latest tech venture for the city’s airport authority.

Multifamily Housing | Sep 12, 2019

Meet the masters of offsite construction

Prescient combines 5D software, clever engineering, and advanced robotics to create prefabricated assemblies for apartment buildings and student housing.

Codes and Standards | Sep 9, 2019

Free app calculates maximum allowable heights and areas for buildings

A free app that calculates the maximum allowable heights and areas for buildings of various occupancy classifications and types of construction has been released.

AEC Innovators | Aug 15, 2019

Oracle’s replica of a construction jobsite creates an immersive environment for AEC professionals

The Oracle Construction and Engineering Innovation Lab allows visitors to walk through five different stages of construction work, to test new AEC technologies and training techniques.

Building Tech | Jul 24, 2019

Building façade innovation: Water won’t dissolve this sugar cube

10 Jay Street’s unitized “sugar crystal” façade was engineered to withstand the water and wind from New York’s East River.

boombox1 - default
boombox2 -
native1 -

More In Category

Codes and Standards

Updated document details methods of testing fenestration for exterior walls

The Fenestration and Glazing Industry Alliance (FGIA) updated a document serving a recommended practice for determining test methodology for laboratory and field testing of exterior wall systems. The document pertains to products covered by an AAMA standard such as curtain walls, storefronts, window walls, and sloped glazing. AAMA 501-24, Methods of Test for Exterior Walls was last updated in 2015. 




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