Publication detail

Mathematical models for simulation of extreme operating conditions of polyvalent energy sources

MASTNÝ, P. MORÁVEK, J.

Original Title

Mathematical models for simulation of extreme operating conditions of polyvalent energy sources

Type

summary research report - contract. research

Language

English

Original Abstract

Efficient energy use in buildings is one of the primary aims of the current situation in the use of alternative energy sources. One possible way to achieve this set target is to increase the share of renewable energy sources (RES) in buildings. Sustainable systems using renewable power sources can have a positive effect on increasing the reliability of energy supplies and reducing greenhouse gas emissions. Using combined systems consisting of renewable power sources and efficient implementation of related measures in the construction and technology projects, there can be reduced operating and capital costs. Unfortunately, such complex system causes difficulties within the proper control logic of the energy flows between the individual elements of the system. For the purposes of the model creation is used the Matlab Simulink software which contains the SimPowerSystems library together with modelling individual elements. Assembled models of individual energy systems will provide more complex view on their behavior and helps to optimize the control systems and their logic.

Keywords

Matlab Simulink; photovoltaics; heat pump; solar system; accumulation; simulation

Authors

MASTNÝ, P.; MORÁVEK, J.

Released

21. 12. 2017

Publisher

Department of Electrical Power Engineering FEEC BUT

Location

BUT

Pages from

1

Pages to

30

Pages count

30

BibTex

@misc{BUT142902,
  author="Petr {Mastný} and Jan {Morávek}",
  title="Mathematical models for simulation of extreme operating conditions of polyvalent energy sources",
  year="2017",
  pages="1--30",
  publisher="Department of Electrical Power Engineering FEEC BUT",
  address="BUT",
  note="summary research report - contract. research"
}