Driven by the recent trends towards a smart power system configuration, there has been a
greater focus within the literature on the integration between supply and demand-side …

Climate, technologies, and socio-economic changes will influence future building energy
use in cities. However, current low-resolution regional and state-level analyses are …

Residential GHG emissions in the United States are driven in part by a housing stock where
onsite fossil combustion is common, home sizes are large by international standards, energy …

Power grids in the 21st century face unprecedented challenges, including the urgent need to
combat pollution, mitigate climate change, manage dwindling fossil fuel reserves, integrate …

Building demand flexibility (DF) research has recently gained attention. To unlock building
DF as a predictable grid resource, we must establish a quantitative understanding of the …

To combat climate change and meet decarbonization goals, the building sector is improving
energy efficiency and electrifying end uses to reduce carbon emissions from fossil fuels. All …

The utilization of energy consumption data is crucial for efficient operation and planning in
smart grids. Nonetheless, certain obstacles need to be addressed, such as high …

In a sustainable city with a large amount of renewable energy, the difficulty inherent in the
coordination of the load frequency control strategies of grid units and area units lead to …

Split-type air conditioners (ACs) are the major contributors to the total electricity use and
peak power demand in residential buildings due to their high penetration. Accurate …

Emission reduction in the energy sector is built on two main pillars: a shift from fossil fuels to
renewable sources and using available energy more efficiently. While renewable electricity …