The unit commitment problem is one of the most significant and basic issues in the monitor,
control, and operation of modern power systems, which has always been a subject of great …

Power system applications often require solving one or multiple optimization problems
which are nonlinear. Due to the limitations such as dimensionality constraints and slow …

Along with the advent of restructuring in power systems, considerable integration of
renewable energy resources has motivated the transition of traditional distribution networks …

This article presents a metaheuristic approach, the binary whale optimization algorithm
(BWOA), to solve complex, constrained, non-convex, binary-nature profit-based unit …

The profit-based unit commitment (PBUC) procedure is a binary natured operational
planning problem of generation company (GENCO) in competitive electricity market. The …

Power resources scheduling and planning have a great impact on today's sustainable cities.
The conventional power plants as well as renewable energy resources should be committed …

A hybrid optimization technique based on the integration of binary successive approach
(BSA) and civilized swarm optimization (CSO) has been proposed to solve profit based unit …

Profit-based unit-commitment problem (PBUCP) is a notable combinatorial optimizing
problem faced in the deregulated power industry. The PBUCP finds the best profitable …

The deregulation of electricity markets has transformed the unit commitment and economic
dispatch problem in power systems from cost minimization approach to profit maximization …

The Unit Commitment (UC) is a significant act of optimization in day-to-day operational
planning of modern power systems. After load forecasting, UC is the subsequent step in the …