This paper explores the process of tuning controllers for conditions that better reflect realistic
operating conditions, such as input signals of different shapes. In this study, controllers are …

With the increasing uncertainties on both supply and demand sides, how to improve the
performance of the current multiple time-scales frequency control architecture is the main …

Smart grid technology and the Energy Internet are reliant on a new, competitive, deregulated
energy market, that supports energy transactions among energy players: utilities …

With the deregulation of modern power grids, electricity markets are playing a more and
more important role in power grid operation and control. However, it is still questionable how …

The utilization of electric vehicles has been suggested to support the frequency regulation of
power system. Assuming that an intermediate aggregator exists, this study suggests a …

This paper focuses on the operation of an electricity market that accounts for participants that
bid at a sub-minute timescale. To that end, we model the market-clearing process as a …

Under the Availability Based Tariff (ABT) environment, the conventional generators and the
power consumers participate in the frequency linked pricing to maintain the grid frequency …

This work investigates the increasing interactions between power network dynamics and
market dynamics. A dynamical spot pricing mechanism for rational market behavior of …

Future power systems are expected to have distributed energy resources (DERs). A price-
based operation (PBO), where dynamic prices are used as the control signal, can be an …

This work is the first to explore frequency based pricing for secondary frequency control as a
price-reactive control mechanism for residential prosumers. A frequency based real-time …