A new concept of a system for the cogeneration of heat and electrical power from the hybrid use of two renewable energy sources: direct solar (thermodynamic solar) and biomass (indirect solar energy). The biomass combustion process is conducted using a fluidized bed combustor. A Stirling engine is adopted to convert heat into electricity. The second innovation proposed is to integrate, in the same system, a second source of energy, given by the direct irradiation of the bed with a concentrated solar radiation. A Scheffler type mirror is adopted to allow the irradiation of the system in a fixed focal point. Advantages of the proposed solution are illustrated and some preliminary results on the performance of the system, obtained with a simple model, are presented.

DEVELOPMENT OF A NEW CONCEPT HYBRID SOLAR-BIOMASS COGENERATION SYSTEM

R Chirone;F S Marra;F Miccio;R Solimene;M Urciuolo
2012

Abstract

A new concept of a system for the cogeneration of heat and electrical power from the hybrid use of two renewable energy sources: direct solar (thermodynamic solar) and biomass (indirect solar energy). The biomass combustion process is conducted using a fluidized bed combustor. A Stirling engine is adopted to convert heat into electricity. The second innovation proposed is to integrate, in the same system, a second source of energy, given by the direct irradiation of the bed with a concentrated solar radiation. A Scheffler type mirror is adopted to allow the irradiation of the system in a fixed focal point. Advantages of the proposed solution are illustrated and some preliminary results on the performance of the system, obtained with a simple model, are presented.
2012
Istituto di Ricerche sulla Combustione - IRC - Sede Napoli
Istituto di Scienze e Tecnologie per l'Energia e la Mobilità Sostenibili - STEMS
978-83-61506-13-3
Renewable energy
Stirling engine
FBC
CHP
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.14243/231785
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