New microcogeneration with solar energy: stirling, thermal and photovoltaic systems Auñón, J.A., Sidrach-de-Cardona, M, M., Marfil, A., Gómez de la Varga, J.   2018/04/20

Abstract

This paper analyses the viability of a new microcogeneration system with a Stirling engine-based
micro-CHP (combined heat and power) and renewable solar energy: thermal and photovoltaic system in order to supply the energy demand of an isolated home. The right sizing of solar energy systems should allow optimizing both the available solar resources and gas consumption for one specific climatological conditions.
The present work shows the first results of the experimental study of a micro-cogeneration system
(micro-CHP based on the Stirling motor) supported with renewable energy. The system of self-government covers the theoretical daily consumption of a house.
In this results, the different contributions of the subsystems to the daily thermal and electric demand are displayed.

Authors and affiliations

Auñón, J.A.1, Sidrach-de-Cardona, M2, M., Marfil1, A., Gómez de la Varga, J.2
1. Department of Mechanical, thermal and Fluids Engineering. E.T.S.I.I., Universidad de Málaga. Campus of Teatinos – Málaga, (Spain)
2. Department of Applied Phisycs II. E.T.S.I.I., Universidad de Málaga. Campus of Teatinos. Málaga, (Spain)

Key words

Microcogeneration, stirling engine, solar energy, photovoltaic system.

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