Electric vehicle (EV) disposition may challenge serious environmental issues such as
excessive dependence on oil, especially in the transport sector. Despite this understanding …

Residential and transportation energy consumption account for more than one-half of the
overall energy consumption in the United States. Adoption of electric vehicles (EVs) can play …

Abstract Low Carbon Technologies (LCTs), such as Photovoltaics (PVs), Electric Vehicles
(EVs), and Heat Pumps (HPs), are expected to cause a huge electric load in future …

Vehicle electrification is critical to enabling countries to develop more sustainably. Wider
electric vehicle (EV) adoption relies on the deployment of EV charging stations (EVCSs) …

The marketplace of climate solutions has grown considerably. Three technologies, in
particular, exhibit strong potential for disruptive change and advancement in the residential …

The rapid popularization of advanced metering infrastructure (AMI) smart meters produces
customer high-frequency energy consumption data. These data provide diverse options for …

Smart Energy (SE) has emerged as a critical technology in tackling global challenges like
climate change while addressing the rising energy demands driven by today's data …

Broadly, energy poverty is defined as insufficient energy access. One often missed sign of
energy poverty is an inability to maintain a safe and comfortable indoor temperature. We add …

Electric vehicles (EVs) and solar photovoltaic systems (PVs) are two technologies that are
gaining popularity in households as a means of reducing carbon emissions and improving …

Low-carbon technology adoption is an essential element of energy transitions toward net-
zero emissions around the world. To exploit the full potential of low-carbon technologies …