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Xiong, Min

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Xiong, M

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Short-term generation scheduling in a hydrothermal power system

Durham e-Theses

(EDITOR) &quot;Real-time control of electric power systems. &quot;

(EDITORS) &quot;Nonlinear Optimization: Theory and algorithms. &quot;, Birkhauser

A comprehensive generation control and dispatch system for an electric utility with special requirements. &quot;

A cross decomposition algorithm for capacitated facility location&quot;,

A decomposition approach to the economic dispatch of hydrothermal systems.

A dynamic programming successive approximations technique with convergence proofs. Part 1. Description of the method and application.

A fast production scheduler for generation expansion planning in a hydro-thermal system. &quot;,

A fue I-const rained unit commitment method. &quot; ,

A global optimization method for scheduling thermal generation, hydro generation and economy purchases. &quot;,

A hydro-thermal scheduling model for the Hydro-Quebec production system. &quot;,

A large scale application of an optimal deterministic hydrothermal scheduling algorithm. &quot;,

A linear programming method for unit commitment incorporating generator configurations, reserve and flow constraints. &quot;

A method for economic scheduling of a combined pumped hydro and steam generating system. &quot;,

A method for solving the fuel constrained unit commitment problem. &quot;,

A method to eliminate solution trapping in applying progressive optimality principle to short-term hydrothermal scheduling&quot;,

A new algorithm for the solution of multi-state dynamic programming problems.

A new generation scheduling program at Ontario hydro&quot;,

A new method for unit commitment at Electricite de France. &quot;,

A new strategic model for electric utilities. &quot;

A nonlinear network flow algorithm for maximization of benefits in a hydro-electric power system.

A nonlinear programming approach to a very large hydroelectric system optimization&quot;,

A novel approach for optimal short-term scheduling of hydroelectric systems&quot;,

A probabilistic production costing methodology for seasonal operations planning of a large hydro and thermal power system. &quot;,

A reduced gradient algorithm for nonlinear network problems&quot;,

A simulation model for operating a multipurpose multireservoir system. &quot;

A solution of the unit commitment problem via decomposition and dynamic programming. &quot;

A sparsity-exploiting variant of the Bartels-Golub decomposition for linear programming basis&quot;,

A study of mathematical programming methods for structual optimization. Part II: Numerical results.

A two-year assessment of the computerized operational-planning program at

Algorithms for network programming&quot;,

An adaptive approach for hydrothermal scheduling. &quot;, IFAC

An algorithm for scheduling a large pumped storage plant. &quot;,

An algorithm for the optimal operation of hydro and hydro-thermal generation systems. &quot;,

An application of dynamic programming to economic operation problem of a power system. &quot;,

An application of Lagrangain relaxation to scheduling in power generation systems&quot;,

An application of mixed integer programming duality to scheduling thermal generation system&quot;,

An application of the maximum principle to the most economical operation of power systems.

An efficient hydro-thermal scheduling algorithm. &quot;,

An out-of-kilter method for minimal cost flow problem&quot;

APPENDIX 1 GOLDEN SECTION SEARCH The golden section search method will search on a predefined interval [a, b] for the minimum Point of a unimodal function f(x). The process can be stated as follows: Set

Application of dynamic programming to optimisation of hydroelectric/steam power system operation.

Application of dynamic programming to the optimal dispatching of electric power from multiple types of generation&quot;,

Application of mathematical programming to short-term operation planning of hydrothermal power systems&quot;, Ph-D Thesis, The Royal Institute of Technology,

Application of progressive optimality algorithm to optimal hydrothermal scheduling considering deterministic and stochastic data. &quot;,

Applied dynamic programming&quot;,

Applying mathematical programmirng to measure electricity marginal costs. &quot;

Assessment of spinning reserve in interconnected generation systems with export/import constraints&quot;,

Bibliography of literature on steam turbine-generator control systems. &quot;

Bibliography on pumped storage to 1975. &quot;

Ccoptimal short-term planning of hydro-thermal power system. Part 1: Modelling. Part II: Solution techniques. &quot;,

CHT: A digital computer package for solving short term hydro-thermal coordination and unit commitment problems. &quot;,

Combination of Lagrangianrelaxation and linear-programming approaches for fuel-constrained unitcommitment problems&quot;,

Composite representation of a multireservoir hydroelectric power system. &quot;,

Continuous solution simulation in the short-term hydrothermal coordination problem. &quot;,

Cross decomposition for mixed-ieteger programming&quot;,

Daily management of a nuclear and conventional thermal power system unit commitment with simultaneous determination of the adequate spinning reserve. &quot; CIGREIIFAC Sympos? 'um,

Daily operational planning : How does EDF coordinate its thermal and hydraulic generation. &quot;, IFAC,

Decision analysis solution of the unit commitment problem.

Decisionmaking tools for real-time control of the French EHV power system.

Decomposition approach to problem of unit commitment schedule for hydrothermal systems. &quot;,

Derivation and applications of optimum bus incremental costs in power system operation and planning. &quot;

Description and bibliography of major economy-security functions. Part I- Descriptions. Part II - Bibliography (1959-1972). Part III - Bibliography (1973-1979) &quot;7

Development and application of linear programming planning methods for pumped storage hydro. &quot;

Dispatch and unit commitment including commonly owned units. &quot;

Duality and decomposition in mathematical programming&quot;,

Duality in Nonlinear progranuning: A simplified applications-oriented development&quot;,

Dynamic programming and modern control theory&quot;,

Dynamic programming applications to water resource system operation and planning&quot;,

Dynamic programming applied to hydro and thermal generation scheduling&quot;,

Dynamic programming approach to unit commitment. &quot;,

Dynamic programming&quot;,

Economic dispatch of active power by quadratic programming using a sparse linear complementary algorithm. &quot;

Effects of hydrodynamics on optimum scheduling of thermal-hydro power systems. &quot; ,

Efficient methods for optimal scheduling of fixed head hydrothermal power systems.

Electrical features of the Wallace Dam pumped hydro project. &quot;

Electricity capacity planning using mathematical decomposition&quot;, Discussion Paper, London Business School,

Elements of large-scale mathematical programming. Part I: Concepts, Part II: Synthesis of algorithms and bibliography&quot;,

Entropy-based optimum sizing of trusses. &quot;,

Evaluation of dynamic programming based methods and multiple area representation for thermal unit commitments. &quot;,

Execution times of MIP models for the economic operation of electric power systems. &quot;, PSCC

Fuel resource scheduling - The daily scheduling problem. &quot;

Fuel resource scheduling, Part I- Overview of an energy management problem. &quot;

Generalized Benders Decomposition&quot;,

Generation cost curves including energy storage. &quot;

Generation expansion planning for systems with a high share of hydro power.

Genetic algorithms and simulated annealing&quot;,

Hydro-thermal economic scheduling. Part I: Solution by incremental dynamic programming. &quot;,

Hydroelectric plant capability curves&quot;,

Hydrothermal economic scheduling. Part V: Scheduling a hydrothermal system with interconnections. &quot;,

Hydrothermal unit commitment with probabilistic constraints&quot;,

Impact of new energy technologies on generation scheduling. &quot;

Implementation of a Lagrangian relaxation based unit commitment problem&quot;,

Influence of hydro plant design or regulating and reserve response capacity&quot;,

Introduction to linear and nonlinear programming&quot;,

Lagrangian reduction of searchrange for large-scale unit commitment. &quot;,

Lagrangian relaxation for integer programming&quot;,

Large scale hydrothermal unit cormnitment: Methods and results. &quot;

Large scale nonlinear optimization of energy capability for the Pacific Northwest Hydroelectric system. &quot;,

Large scale unit commitment using a composite thermal generator operating cost function&quot;,

Layered network model approach to optimal daily hydro, scheduling. &quot;,

Short-term generation scheduling in a hydrothermal power system.

Short-term generation scheduling in a hydrothermal power system.

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