06 Nov 2017

It is an increasing challenge for building designers in the 21st century to provide for thermal comfort at minimum energy cost by taking into consideration both the current and the future warming climate. Most previous studies have focused on thermal comfort in non-residential buildings under current climatic conditions.

Journal article
16 Aug 2016

A trans-national, multi-region input-output analysis for cities is presented.
The authors examine the carbon footprint network of ten cities.
The balance of emissions embodied in trade discloses a hierarchy of responsibility.
The authors model how emissions reductions spread through the city carbon networks.

Journal article
24 Apr 2018

This paper presents new evidence from a nationwide cross-project meta-study investigating the magnitude and extent of the difference between designed and measured thermal performance of the building fabric of 188 low energy dwellings in the UK.

Journal article
10 Jun 2019

A data-driven approach is proposed to discover heat load patterns in district heating.
The first large-scale analysis of all the buildings in six different categories is presented.
The authors showcase how typical and atypical behaviors look like in the entire network in Sweden.

Journal article
14 Oct 2017

Methods and techniques for using smart meter data are analysed; forecasting clustering, classification and optimization.
End use applications of smart meter data are reviewed.
Performance of state of the art models are compared.
Challenges associated with methods and application are identified.
A new analysis guideline is proposed.

Journal article
22 Oct 2015

The standard mathematical approach used to calculate photovoltaic (PV) array spacing contains a number of assumptions that limits its use to PV arrays installed on horizontal surfaces. This paper utilises vector analysis to develop a new method to calculate array spacing and potential system size for any combination of PV array and surface tilt and orientation.

Journal article