This post draws from our recently-released Academy course, co-produced with ARUP: LCA for building services.
Integrated design is key to reducing carbon emissions in building services. At 80 Charlotte Street, London, several innovative strategies demonstrate how integrating natural ventilation, efficient heating systems, and smart technology can make a significant impact.
For example, the building’s atrium design enables natural ventilation in both the reception and central spaces, eliminating the need for cooling and reducing energy demand. This also allows daylight to penetrate deeper into the building, enhancing occupant comfort and cutting down on lighting energy.
The building also adopts an all-electric strategy, utilizing polyvalent heat pumps that recycle waste heat, which reduces carbon emissions from heating systems by a third. Compared to traditional gas systems, this strategy saves 10% in operational carbon.
In terms of material use, opting for a shell and core approach—rather than the more wasteful Cat A finish—reduces unnecessary waste as tenants often customize Cat A spaces post-handover.
Additionally, smart technology embedded in the building nudges users towards energy-efficient operations, further enhancing sustainability.
Want to learn how to apply these techniques in your projects? Enroll for free in the “LCA for building services” course on One Click LCA Academy.
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