An experimental investigation on the performance of an air conditioner and its operating
conditions under constant outdoor moisture content and varied dry-bulb temperature has …

Due to the high use of fossil fuels, environmental degradation, and effective use of excess
energy from intermittent renewable energy sources, water splitting has emerged as the most …

This paper provides the first global assessment of the energy implications of households'
climate change adaptation through air-conditioning. We pool household survey data from 25 …

A semiparametric copula joint framework was proposed to model wind gust speed (WGS)
and maximum temperature (MT) in Canada, using Gaussian kernel density estimation …

The interplay of a warming climate and socio-demographic transformations will increase
global heat exposure. Assessing future use and impacts of energy-intensive appliances for …

Proposing practical solutions to mitigate climate change effects on the electrical power
system requires a comprehensive understanding and quantification. By conducting an …

Electricity systems face substantial and growing climate risks which are escalating due to
electrification, renewable energy intermittency, population changes, and the intensifying …

This study aims to investigate the impacts of the informal economy, climate migration and
temperature changes on energy demand and long-term urban energy system planning. The …

Rising ambient temperatures due to accumulated anthropogenic emissions will exacerbate
power use and associated CO2 emissions. We use a half century of monthly power use data …

The global energy system is highly vulnerable to climate variability and change. This results
in a vast range of impacts on the energy demand sector and production and supply …