| Article ID | Journal | Published Year | Pages | File Type |
|---|---|---|---|---|
| 765967 | Energy Conversion and Management | 2011 | 7 Pages |
An advanced solar unit is designed to match the needs of building integration and concentrating photovoltaic/thermal generation. The unit proposed accurately combines three elements: a domed linear Fresnel lens as primary concentrator, a compound parabolic reflector as secondary concentrator and a photovoltaic-thermal module. In this work the photovoltaic-thermal generator is built, analysed and characterized. Models for the electrical and thermal behaviour of the module are developed and validated experimentally. Applying a thermal resistances approach the results from both models are combined. Finally, efficiency electrical and thermal curves are derived from theoretical analysis showing good agreement with experimental measurements.
► A combined domed Fresnel lens – CPC PVT system is designed and characterized. ► Electrical and thermal experiments have been performed. ► CFD analysis has been used to determine thermal characteristic dimensionless numbers.
