SAVE: Solent Achieving Value from Efficiency

Investigators: Professor AbuBakr Bahaj, Dr Ben Anderson and Professor Patrick James. Researchers: Dr Tom Rushby, Dr Magesh Nagarajan, Dr Mikey Harper Contact: A.S.Bahaj@soton.ac.uk The Solent Achieving Value from Efficiency (SAVE) project was awarded £10 million under...
Ensuring statistics have power

Ensuring statistics have power

Convincing stakeholders to invest in high-quality, statistically robust research has not been an easy task. A further challenge is presented in communicating research findings and how they can be interpreted as actionable evidence. Through a recent project, SERG researchers developed guidance for both creators and users on the design, assessment and interpretation of applied energy research.

SAVE project modelling visualisation

SAVE project modelling visualisation

Mapped! Latest results from the SAVE spatial microsimulation model show how the level of residential electricity demand varies by time of day and by place across the Solent region.

SAVE project close event held at Westminster

SAVE project close event held at Westminster

It’s been a busy month or so for the Solent Achieving Value from Efficiency (SAVE) project. On 6th June 2019, Dr Tom Rushby and Prof Patrick James from the University of Southampton team joined project partners at a special event to mark the close of the project. The...
SAVE project featured in special session at ICEC 2019

SAVE project featured in special session at ICEC 2019

On July 10th, Dr Tom Rushby and Dr Ben Anderson were joined by other project partners to present the Solent Achieving Value from Efficiency (SAVE) project at a special parallel session of the 2019 International Conference for Energy and Cities. A number of key aspects...

SPATIALEC/SAVE research features at two NZ conferences

Dr Ben Anderson presented two aspects of ongoing SERG work on electricity demand at two recent conferences in New Zealand as part of his SPATIALEC EU MSCA Global Fellowship. The first, Electrifying Heat: Patterns of electricity consumption in electrically heated...