Dynamic tariffs are expected to be implemented as commercial offers of electricity retailers in
smart grids, conveying price signals aimed at shaping usage patterns, with potential benefits …

Time-of-use tariffs are a pricing strategy for a product or service in which the supplier
establishes time-differentiated prices. Dynamic (eg, day-ahead) time-differentiated electricity …

Dynamic time-differentiated pricing structures are expected to become a common practice in
smart grids, bringing benefits for all stakeholders involved: grid operators, retailers and …

The deregulation of electricity retail markets requires the development of new modeling
approaches for the optimal setting of dynamic tariffs, in which consumers' responses …

In this paper a bilevel programming model is proposed for modeling the interaction between
electricity retailers and consumers endowed with energy management systems capable of …

Presently, residential electricity consumers are, in general, charged at flat or dual time-of-
use tariffs along the day, which are defined by the retailer for long periods (eg, one year) …

This paper proposes a bilevel programming model to day-ahead electricity tariff optimization
in smart grids to balance grid-level demand and supply at all times. In this Stackelberg game …

In this paper, a comparison is made between two bilevel programming models to design
time-of-use tariffs in the electricity retail market. The upper-level objective function consists of …

This paper proposes a hybrid approach to optimal day-ahead pricing for demand response
management. At the customer-side, a comprehensive energy management system, which …

To meet unbalanced demand, an energy provider has to include costly generation
technologies, which in turn results in high residential electricity prices. Our work is devoted …