Planning for indigenous technological development and the decadence of the industrial property system in the Caribbean

Includes bibliography

Collection and uses of hydrological and hydrometeorological data for system operation and planning

Includes bibliography

Manual de selección y adquisición de documentos para el Sistema de Información para la Planificación (INFOPLAN) = Manual of selection and acquisition of documents for the Planning Information System (INFOPLAN)

Incluye Bibliografía

Caribbean Information System for Economic and Social Planning: CARISPLAN

Includes bibliography

Caribbean Information System for Economic and Social Planning (CARISPLAN): Institution Authority File

Breve reseña del archivo de autoridad de autores institucionales del Sistema de Información para el Caribe en Materia de Planificación Económica y Social.

Caribbean Information System-Economic and Social Planning (CARISPLAN): final report: phase I, period 1 May 1979-31 December 1980

Includes bibliography

Planning a system of regions: methods and techniques of interregional planning

Includes bibliography

Transmission network expansion planning for the Colombian electrical system: Connecting the Ituango hydroelectric power plant

The hydroelectric power plant Hidroltuango represents a major expansion for the Colombian electrical system (with a total capacity of 2400 MW). This paper analyzes the possible interconnections and investments involved in connecting Hidroltuango, in order to strengthen the Colombian national transmission system. A Mixed Binary Linear Programming (MBLP) model was used to solve the Multistage Transmission Network Expansion Planning (MTEP) problem of the Colombian electrical system, taking the N-1 safety criterion into account. The N-1 safety criterion indicates that the transmission system must be expanded so that the system will continue to operate properly if an outage in a system element (within a pre-defined set of contingencies) occurs. The use of a MBLP model guaranteed the convergence with existing classical optimization methods and the optimal solution for the MTEP using commercial solvers. Multiple scenarios for generation and demand were used to consider uncertainties within these parameters. The model was implemented using the algebraic modeling language AMPL and solved using the commercial solver CPLEX. The proposed model was then applied to the Colombian electrical system using the planning horizon of 2018-2025. (C) 2014 Elsevier B.V. All rights reserved.

Reactive power planning under conditional-value-at-risk assessment using chance-constrained optimisation

Fundação de Amparo à Pesquisa do Estado de São Paulo (FAPESP)