Ecodesign
![]()
EcoDesign™ represents Workspace Technology’s commitment to help clients reduce their carbon footprint through the deployment of energy efficient technology and design.
Workspace Technology has established itself as the UK’s leading independent Data Centre, Design, Build & Management companies over the past several years.
One of the fundamental contributors to the success of Workspace Technology has been the introduction and development of our EcoDesign™ strategy in 2008.
EcoDesign™ delivers our customer with a “Total Carbon Reduction Commitment”
The EcoDesign™ strategy is based on five fundamental principles:-
| Measure | Measurement is the key to unlocking our understanding of energy consumption and energy utilization. |
| Reduce | Reduction in demand through maximising “useful work” per watt in turn reducing infrastructure overhead. |
| Design | Deployment of “Best Practice” Data Centre Design reduces infrastructure overhead relative to the critical load. |
| Renew | Implementation of renewable energy sources lowers the carbon content of the energy profile. |
| Recover | Heat recovery enables waste heat to be put to productive use reducing downstream energy costs. |
Workspace Technology is committed to total carbon reduction for our customers across the UK. Our EcoDesign™ strategy is continually reviewed and updated as new and more efficient technology and innovations become available for practical deployment.
EU Code of Conduct |
EcoDesign™ Best Practices |
|
![]() |
![]() |
|
| Workspace Technology is an approved EU Code of Conduct for Data Centre Energy Efficiency “Endorser” EcoDesign is fully compliant with the EU Code of Conduct Best Practices | Click to download Workspace Technology’s EcoDesign™ Best Practice Design Principles Brochure | |
| Read More |
For more information on the European Union Code of Conduct for Data Centre Efficiency please click here
For more information please view our Server Room & Data Centre Energy Efficiency (pdf) Technology Paper.



Read More
Read More
Read More
Read More
Read More
