Power generation all over the world is slowly being taken over by the renewable energy
technologies to alleviate the energy crisis, as well as provide clean and green energy …

The paper reports an extensive assessment of the load frequency control (LFC) technique,
effectively utilized for frequency regulation in the power system. The scope of LFC is to …

Modern day power system comprises of distributed power generation sources (DGs),
distributed energy storage devices and loads. Control of these systems is more tedious than …

The face of power system is changing toward the deregulation concept; the objective is to
benefit consumers by providing cheaper electricity, more alternatives, and better services. In …

Load frequency management (LFM) work has become more difficult due to hybrid power
systems. These power systems are responsible for increased power quality issues …

This paper presents an idea with the distributed energy storage to regulate grid frequency.
During the operation of an automatic generation control (AGC), a fleet of aggregated …

This paper deals with an exhaustive literature survey on load frequency control (LFC) of a
deregulated electricity environment for different market scenarios for various power …

Contract violations, uncontracted load, and the alternating nature of electricity are the key
causes of the frequency irregularity and Unscheduled Interchange (UI)/Deviation Settlement …

With the rapid development of smart grid and information technology, Energy Internet has
been attracting increasing attention from government as well industry. The current power …

In interconnected power system because of non-linearity of the governor, the contract
violation and uncontracted load the frequency becomes unstable. In this paper, the …