Under the background of the rapid change of energy technology and the deep integration of
artificial intelligence into the power system, it is of great significance to study the intelligent …

Many operation optimization problems such as scheduling and assignment of interest to the
automation community are mixed-integer linear programming (MILP) problems. Because of …

A methodology to determine and preserve Existence of Equilibrium Point (EoEP) is
proposed for a power grid dominated by Renewable Energy Sources (RESs). Starting from …

The promising power-to-gas (P2G) technology makes it possible for wind farms to absorb
carbon and trade in multiple energy markets. Considering the remoteness of wind farms …

In this paper, a probabilistic unit commitment model by incorporating wind energy and
battery energy storage is developed, as well as a methodology based on forward dynamic …

Unit Commitment is an important problem faced by independent system operators and
vertically integrated utilities. The problem is to minimize the total commitment and dispatch …

The ramp rate of a combined cycle (CC) unit varies significantly with its generation level. In
current unit commitment (UC) formulations, ramp rates of CC units are usually modeled as …

The high penetration of renewable energy brings unprecedented randomness and
uncertainty to the power system, which makes the traditional unit commitment (UC) model …

During the process of wind farm load dispatch, frequent changes of start-up and shut-down
state will bring large hardware loss. The pitch angle control system is applied to adjust the …

In India energy crisis has become one of the primary concern for its development and
economic growth. The gap between power demand of users and its supply is incrementing …