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Control and optimization of multiport DC-DC converters for the integration of small-scale distributed generation and electric vehicles in the residential sector.

General Objective: Develop power control and optimization algorithms in terms of efficiency in multiport DC-DC converters of up to 3kW applied in the integration of small-scale distributed generation and electric vehicles in the residential electrical sector.

Specific objectives:

  • Determine the power electronics architectures for the design of high-efficiency multiport DC-DC converters aimed at the integration of distributed electrical generation sources and electric vehicles.
  • Develop local control algorithms for the current and voltage loops of the ports of the multiport DC-DC converter modeled and simulated on a computer.
  • Propose and simulate supervisory control algorithms for optimal energy management in the multiport DC-DC converter.
  • Implement the prototype of a multiport DC-DC converter up to 3kW.
  • Validate the performance of the algorithms and converter developed in terms of efficiency, regulation and energy management through laboratory tests on the prototype.

Participating Institutions:

ESPOCH, USFQ, ESPE.

Participants:

Project Director Jorge Luis Hernández Ambato

  • Victor Isaac Herrera Pérez
  • Jacqueline Rosario Llanos Proaño
  • Byron Andrés Casignia Vásconez
  • José Luis Romeral Martínez
  • Alejandro Paredes Camacho
  • Miguel Delgado Prieto
  • Juan Sebastian Gomez Quintero
  • Alex Dario Navas Fonseca

Awarded budget: $42700,00

Project status: In process