The smart grid concept continues to evolve and various methods have been developed to
enhance the energy efficiency of the electricity infrastructure. Demand Response (DR) is …

Industrial consumers have traditionally provided flexibility for power systems through various
Demand Response (DR) programs in different regions of the world, but below their real …

Various flexibility options in power systems, such as storage, grid expansion, and demand
flexibility, gain increasing importance to balance the intermittent power supply of …

The industry sector has a significant responsibility for the depletion of fossil fuels and
emission of carbon dioxide. Thus, several initiatives have been implemented by the industry …

Demand response is a key element of future power systems due to its capacity to defer grid
investments, improve demand participation in the market, and absorb renewable energy …

Achieving energy flexibility is becoming a key concern for energy system planners that
manage intermittent and variable generations. Industries have enormous potential to deliver …

Due to technological developments and political goals, the electricity system is undergoing
significant changes, and a more active demand side is needed. In this paper, we propose a …

In the smart grid environment, demand response (DR) program has attracted considerable
attention for industrial electricity consumers. There are many optimization problems involved …

Accurate demand response (DR) potential forecasting is the basis for load aggregators (LA)
to make optimal bidding strategies in DR market trading. LAs usually face practical …

During periods of power system stress, demand bidding (DB) programs encourage large
electricity consumers to submit curtailment capacity bids and carry out load reduction, in …