TY - BOOK ID - 145039464 TI - Power System Simulation, Control and Optimization AU - Domínguez-Navarro, José Antonio AU - Yusta-Loyo, José María PY - 2021 PB - Basel, Switzerland MDPI - Multidisciplinary Digital Publishing Institute DB - UniCat KW - Technology: general issues KW - subhourly modeling KW - stochastic unit commitment KW - cosimulation method KW - sensitivity analysis KW - power system dynamic performance KW - cooling system KW - dynamic programming KW - metal-air battery KW - receding horizon control KW - state variables KW - uninterruptible power supply KW - power flow computation KW - high performance computing (HPC) KW - parallelism KW - parallel computation KW - LU decomposition KW - security-constrained optimal power flow KW - chance-constrained optimization KW - probability of contingency KW - renewable energy source KW - flexible AC transmission systems KW - tabu search KW - multi-objective KW - power systems KW - impartial and open dispatching KW - economy KW - Gini coefficient KW - generation scheduling KW - mixed integer quadratic programming KW - flexible loads KW - market clearing KW - safety checking KW - interior point method KW - electric safety KW - induction motor KW - fan KW - overcurrent protection KW - aggregation KW - ancillary services KW - distributed energy resources KW - optimization KW - power system operation KW - automatic generation control (AGC) KW - frequency control KW - dynamic deadband KW - energy management system (EMS) KW - governor response KW - voltage collapse KW - voltage control KW - transformer controller KW - adaptive algorithm KW - voltage regulation KW - distribution system KW - power distribution network KW - distributed generation KW - OLTC KW - solar radiation modeling KW - GIS KW - interpolation KW - digital elevation model KW - data mining KW - ANFIS KW - multistrand cable lines KW - ampacity KW - skin and proximity effects KW - symmetry KW - subhourly modeling KW - stochastic unit commitment KW - cosimulation method KW - sensitivity analysis KW - power system dynamic performance KW - cooling system KW - dynamic programming KW - metal-air battery KW - receding horizon control KW - state variables KW - uninterruptible power supply KW - power flow computation KW - high performance computing (HPC) KW - parallelism KW - parallel computation KW - LU decomposition KW - security-constrained optimal power flow KW - chance-constrained optimization KW - probability of contingency KW - renewable energy source KW - flexible AC transmission systems KW - tabu search KW - multi-objective KW - power systems KW - impartial and open dispatching KW - economy KW - Gini coefficient KW - generation scheduling KW - mixed integer quadratic programming KW - flexible loads KW - market clearing KW - safety checking KW - interior point method KW - electric safety KW - induction motor KW - fan KW - overcurrent protection KW - aggregation KW - ancillary services KW - distributed energy resources KW - optimization KW - power system operation KW - automatic generation control (AGC) KW - frequency control KW - dynamic deadband KW - energy management system (EMS) KW - governor response KW - voltage collapse KW - voltage control KW - transformer controller KW - adaptive algorithm KW - voltage regulation KW - distribution system KW - power distribution network KW - distributed generation KW - OLTC KW - solar radiation modeling KW - GIS KW - interpolation KW - digital elevation model KW - data mining KW - ANFIS KW - multistrand cable lines KW - ampacity KW - skin and proximity effects KW - symmetry UR - https://www.unicat.be/uniCat?func=search&query=sysid:145039464 AB - This Special Issue “Power System Simulation, Control and Optimization” offers valuable insights into the most recent research developments in these topics. The analysis, operation, and control of power systems are increasingly complex tasks that require advanced simulation models to analyze and control the effects of transformations concerning electricity grids today: Massive integration of renewable energies, progressive implementation of electric vehicles, development of intelligent networks, and progressive evolution of the applications of artificial intelligence. ER -