Solar PV–Thermal Hybrids: Energy in Synergy

Abstract

The case deals with the integration of solar PV and thermal systems. Efficiency of solar PV systems degraded as ambient temperatures rose. The withdrawal of generated heat helped cool and insulate the solar PV component and hence to improve electricity generation by over 15% on average. The solar water heating system that evacuated the heat was a string of collectors placed on the back of the PV layer and connected in “series.” The hybrid collectors were placed in “landscape” mode as opposed to the more traditional “portrait” format to assist with the thermo-siphon within each such hybrid module.

PV–T is a holistic energy solution that suits the needs of the market, so it really has legs.

—Daniel Barber, Director, Solimpeks Australia

We’re not here to take over the PV or solar thermal market. We’re creating a new market space. We are the third option.

—Toby Greenane, Co-Director, Solimpeks Australasia.