Demand-side management (DSM) schemes play a crucial role in managing renewable
energy generation and load fluctuations by utilizing demand–response programmes …

This study aims to develop a mathematical modeling approach to maximize the welfare of
the price-responsive customers (CUs) in a wholesale electricity market in Tokyo, Japan. The …

Compared with large industrial and commercial customers, small and medium-sized
customers have small electricity consumption, large quantities, lack of autonomy and low …

Mathematical modelling of demand response programs (DRPs) aids regulators and
policymakers in analysing the advantages of price-elastic loads on distribution system and …

Programming for supplying electricity in these regions is performed by developing the global
electricity system and using islanded microgrids (MGs). Herein, a probabilistic model for …

Recently, various distributed energy resources are significantly integrated into the modern
power systems. This introduction of distributed energy resource‐rich systems can cause …

The increasing complexity of multi-energy coordinated microgrids presents a challenge for
traditional demand response providers to adapt to end users' multi-energy interactions. The …

Emergent power shortages and power outages cause enormous economic losses. Special
fees and rebates at times when the operating reserve is below standard are among the most …

Electric water heaters (EWHs) are considered as suitable devices for demand response
(DR) load control and can be aggregated to participate in primary frequency regulation …

Emerging technologies in power systems, such as distributed generation (DG), are a result
of society's growing need for dependable electrical power. Demand response (DR) …