Reduce Operational and Embodied Carbon in Commercial Buildings with Modern Building Controls

Arup, a global leader in sustainable engineering services, partnered with Schneider Electric on a technical research study to quantify how the performance of modern building controls in a Building Management System (BMS) could improve energy and car-bon reduction versus traditional building controls. Both controls solutions were based on Schneider Electric product offerings. This paper provides a synopsis of the broader study and findings showing, that in the scenario explored, modern BMS controls with room-level capabilities offered up to 39% of HVAC and lighting energy savings, which equates to approximately 26% reduction in whole building Energy Use Intensity (EUI). as well as 23% lower embodied carbon than traditional BMS controls.

Reduce Operational and Embodied Carbon in Commercial Buildings with Modern Building Controls

Release date 15 Sept 2023
Version 1.0
Document ref. Buildings_WP_ArupStudy_EN
File format PDF (1.4 MB)
File name | Size | Action Arup SE Controls Study WP_V1_EN.pdf 1.4 MB

Reduce Operational and Embodied Carbon in Commercial Buildings with Modern Building Controls

Arup, a global leader in sustainable engineering services, partnered with Schneider Electric on a technical research study to quantify how the performance of modern building controls in

Release date 15 Sept 2023
Version 1.0
Document ref. Buildings_WP_ArupStudy_EN
File format PDF (1.4 MB)
Arup SE Controls Study WP_V1_EN.pdf
Release date 15 Sept 2023
Version 1.0
File name Arup SE Controls Study WP_V1_EN.pdf
File format PDF