The Holomorphic Embedding Load Flow is a novel general-purpose method for solving the
steady state equations of power systems. Based on the techniques of Complex Analysis, it …

A new formulation and solution of probabilistic constrained load flow (PCLF) problem
suitable for modern power systems with wind power generation and electric vehicles (EV) …

This paper presents a Reinforcement Learning (RL) method for network constrained setting
of control variables. The RL method formulates the constrained load flow problem as a …

This paper presents the ant colony system (ACS) method for network-constrained
optimization problems. The developed ACS algorithm formulates the constrained load flow …

In this work a framework for modeling power systems using hybrid input/output automata
(HIOA) is proposed. The system is assumed to consist of several distinct components. Some …

Fuzzy logic is used to solve the load flow problem, so decreasing computing time.
Consequently, the repetitive solution of the proposed fuzzy load flow (FLF) method requires …

Abstract The Holomorphic Embedding Load-Flow Method (HELM) was recently introduced
as a novel technique to constructively solve the power flow equations in power networks …

A new technique is presented for solving the problem of enforcing control limits in power
flow studies. As an added benefit, it greatly increases the achievable precision at nose …

Some closed formulas that express the contribution of each generator to the power flows,
loads and losses in power system are introduced. The derivation of the formulas is based on …

The attributes of fuzzy theory have been successfully explored and implemented in this
paper for performing the power flow analysis in a fuzzy environment. A fuzzy system is being …