insufficient insolation.
B: Power the house directly, bypassing the
electrolyser /
fuel
cell system, when solar energy is sufficient to match the demand.
Of all the components in the system, the PV component is one of the most readily available and has a relatively long history of proven service. As such, it was easy to assimilate information on PV compared to assimilating information on fuel cells,
hydrogen
storage and the water electrolyser.
The work completed on the PV component of this group project fell into two broad categories. The first was a detailed desk-top study to investigate all aspects of PV deployment and characteristics. Click
here for the results of this study. The second component comprised of experimental work (done using the university PV testing facilities) to fully characterise monocrystalline PV module behaviour. Click
here for more information on this experimental work.
Other PV-related work available on these pages are the
building
integration of PV, the PV- Fuel cells
sizing
and matching work, the environmental
implications of PV manufacture and the
risks associated with PV installation and deployment. |