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Control Strategies for a solar system assisted by heat pump. Muhammad Waseem Ahmad Dr Mahroo Eftekhari & Dr Steffen Thomas Loughborough University. Introduction. Source: DECC,2008. Source: REN21,2010. Plant Scheme and Controller Structure. Solar system assisted by heat pump.

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control strategies for a solar system assisted by heat pump

Control Strategies for a solar system assisted by heat pump

Muhammad Waseem Ahmad

Dr Mahroo Eftekhari & Dr Steffen Thomas

Loughborough University

UKACC PhD Presentation Showcase

introduction
Introduction

Source: DECC,2008

Source: REN21,2010

UKACC PhD Presentation Showcase

plant scheme and controller structure
Plant Scheme and Controller Structure

Solar system assisted by heat pump

  • The model gets data from past input and past outputs and combines this data with future inputs
  • The model then gives predicted output for the time step
  • This predicted output is combined with reference trajectory to give future errors to the systems
  • These future errors are then fed into optimizer, which enforces constraints on future predicted outputs and also minimizes the operating cost functions

Source: Camacho et al, 1998

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results
Results

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conclusions and future work
Conclusions and Future Work
  • A model of a heating system consisting of a heat pump and a solar panel has been developed.
  • It is concluded that the system is working according to the expectations, reflecting the energy flows between the tanks as caused by opening valve and diverter.
  • A model predictive controller (MPC) is designed, which is able to make use of predicted future weather data and changing electricity prices and will be compared with other types of controllers i.e. PI and On-Off.
  • The MPC is slightly better than the conventional controllers but it can be more better by taking into consideration the nonlinearities and non-linear model of the plant.
  • In future optimum controller has to be design to compare with the above controllers.

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