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Mainstreaming Personal Comfort Systems

Mainstreaming Personal Comfort Systems

Can the construction and property industries implement innovative practices and technologies to improve building performance and thermal comfort?

This series of perspectives considers personal comfort systems: decentralized building thermal control, in which occupants control their local environments with personal devices while the amount of central space conditioning (HVAC) is scaled back.

Personal Comfort Systems have been shown to improve thermal satisfaction and reduce energy demand. So why hasn't it been implemented? What are the barriers preventing its adoption? What can be done to overcome this?

Clothing: The First Layer of Personal Comfort

In the context of the climate and energy crises, clothing can reduce the energy demand associated with thermal comfort.

Transition to Personal Comfort Systems

How can this low-energy approach to personal thermal comfort be implemented?

Personal Comfort Systems: Using Internet of Things for Optimization

The IOT can coordinate PCS & HVAC systems to improve energy efficiency.

Personal Comfort Systems: Lessons from the creation of the 'Klimastuhl'

Part of a a new series on Personal Comfort Systems: How barriers to this promising approach can be overcome.

Mainstreaming Personal Comfort Systems (PCS)

First in a new series examining how barriers to this promising approach can be overcome.

Latest Commentaries

Permitted Development housing approved without regard to the health of future residents.

The climate crisis has progressed into a dangerous phase with tragic consequences often counted in numbers of excess deaths, but also by powerful economic impacts of rising food prices, the increased costs of insurance and lending, costly damage to the built environment. Celia Davies, Director of Impact at the UK’s Town and Country Planning Association (TCPA) and  Hugh Ellis, Director of Policy at TCPA, consider the responsibilities of professionals in shaping a built environment which is fit not just for today's climate risks but for the dramatic increase in severe and unpredictable weather which is now locked into our climate systems.

Photo: Andrew Belfield

Living labs are blossoming more than ever. Their first appearances in academic literature were roughly 25 years ago. Dimitri Schuurman (Ghent University) responds to the recent Buildings & Cities special issue “Living Labs: Agents for Change” and focuses on two important drawbacks that also come with living labs booming in practice as well as in the literature.