OTIMIZAÇÃO DO DISPATCH DE ENERGIA EM SISTEMAS HIDRO-TERMO-ELÉTRICOS PELO PRINCÍPIO DO MÁXIMO DISCRETO: ASCPECTOS TEÓRICOS E COMPUTACIONAIS / ON THE OPTIMAL DISPATCH OF ELECTRICAL ENERGY IN HYDRO- THERMAL- SYSTEMS OF GENERATION USING THE DISCRETE MAXIMUM PRINCIPLE: THEORETICAL AND COMPUTATIONAL ASPECTS
AUTOR(ES)
PEDRO MAGALHAES GUIMARAES FERREIRA
DATA DE PUBLICAÇÃO
1970
RESUMO
This work consists essentially of two parts: a theoretical and a computational one. In the first part general formulas are developed using the discrete maximum principle for the optimel dispatch of hydro-steam-electrical systems. The restrictions on the state vector (the volumes of the reservoirs) are rigorously taken into accout. The necessity and sufficiency of the discrete maximum principle are carefully studied. In the second part two problems are solved and method is presented for the determination of the initial value of the adjoint vector.
ACESSO AO ARTIGO
Documentos Relacionados
- ECONOMIC DISPATCH APPLIED TO THE HYDRO-THERMAL FURNAS COMPLEX IN THE STATE OF RIO DE JANEIRO
- ON A NEW COMPUTING TECHNIQUE IN OPTIMAL CONTROL THEORY AND THE MAXIMUM PRINCIPLE*
- TEORIA DE OPÇÕES REAIS EM TEMPO DISCRETO: UMA APLICAÇÃO NO SEGMENTO DE SHOPPING CENTERS
- The harm principle and the greatest happiness principle: the missing link
- The reactionary principle: inaction for public health
