Total Software Energy Reporting and Optimization (TSERO)

Completed

Energy Efficiency(Residential and commercial)

Applied Research and Development

PHYSICAL SCIENCES AND MATHEMATICS (Computer Science and Informatics)
ENGINEERING AND TECHNOLOGY (Electrical and Electronic Engineering)

Not Cross-cutting

Project Contact
Allinea Software Limited

Collaborative Research & Development

Innovate UK

01 June 2015

31 May 2017

24 months

£505,436

West Midlands

Competition Call: 1409_CRD2_ETECH_I_ENEFCOM - Scaling up Energy Efficient Computing 2 (EEC II). Activity Scaling up energy - efficient computing

Project Contact, Allinea Software Limited

Project Contact, STFC Laboratories RAL Space
Project Contact, Embecosm Limited
Project Contact, Concurrent Thinking Limited

Public Description of the Project The UK has world leading technology for monitoring high performance computing (HPC) systems and for compiling programs for energy efficiency. This project brings these technologies together to provide an end-to-end system to significantly reduce the energy used by such systems, using the STFC's HPC facilities to demonstrate its effectiveness. Advancing such technology carries risks, but made possible through Innovate UK support. As well as HPC, the technology is applicable to the much larger data centre market, the annual electricity bill for which is $7.6Bn in the US alone. This project has the potential to reduce that by 20%. This will yield commercial benefits to the industrial participants, all small, export based UK companies addressing this global market as well as to the wider UK economy. It will also have major environmental benefits, by reducing CO2 emissions.Public Description of the Project The UK has world leading technology for monitoring high performance computing (HPC) systems and for compiling programs for energy efficiency. This project brings these technologies together to provide an end-to-end system to significantly reduce the energy used by such systems, using the STFC's HPC facilities to demonstrate its effectiveness. Advancing such technology carries risks, but made possible through Innovate UK support. As well as HPC, the technology is applicable to the much larger data centre market, the annual electricity bill for which is $7.6Bn in the US alone. This project has the potential to reduce that by 20%. This will yield commercial benefits to the industrial participants, all small, export based UK companies addressing this global market as well as to the wider UK economy. It will also have major environmental benefits, by reducing CO2 emissions.Public Description of the Project The UK has world leading technology for monitoring high performance computing (HPC) systems and for compiling programs for energy efficiency. This project brings these technologies together to provide an end-to-end system to significantly reduce the energy used by such systems, using the STFC's HPC facilities to demonstrate its effectiveness. Advancing such technology carries risks, but made possible through Innovate UK support. As well as HPC, the technology is applicable to the much larger data centre market, the annual electricity bill for which is $7.6Bn in the US alone. This project has the potential to reduce that by 20%. This will yield commercial benefits to the industrial participants, all small, export based UK companies addressing this global market as well as to the wider UK economy. It will also have major environmental benefits, by reducing CO2 emissions.Public Description of the Project The UK has world leading technology for monitoring high performance computing (HPC) systems and for compiling programs for energy efficiency. This project brings these technologies together to provide an end-to-end system to significantly reduce the energy used by such systems, using the STFC's HPC facilities to demonstrate its effectiveness. Advancing such technology carries risks, but made possible through Innovate UK support. As well as HPC, the technology is applicable to the much larger data centre market, the annual electricity bill for which is $7.6Bn in the US alone. This project has the potential to reduce that by 20%. This will yield commercial benefits to the industrial participants, all small, export based UK companies addressing this global market as well as to the wider UK economy. It will also have major environmental benefits, by reducing CO2 emissions.

04/12/15