Bifacial technology using by Agri-PV projects
Occasionally the system diverts from the optimum sun-tracking algorithm to leave all incoming sunlight to the underlying crops.
These control algorithms need numerical plant growth models and climatic data to define the tracker control strategy. kiloWattsol has modeled on its platform the precise piloting services and their influence on the conventional kinematics of these trackers with a very wide range of movement (+90°/-90°). This allows the plants full access to light.
The price of bifacial glass-glass modules has remained very high for a long time in comparison with glass-polymer mono-facial modules, which has slowed down their use by the industry. Given the investment and the development stage of this technology, the gain in energy production was considered insufficient.
As the cost of manufacturing solar panels has fallen and the technology has moved into the diversification stage, interest in the technology has been revived and significant energy production gains have been established.
These modules are mainly used in ground-mounted photovoltaic plants. They are widely deployed in the solar energy market, but their cost has remained high in recent months.
In agricultural applications, their ability to address both energy production and crop priority constraints represents a real opportunity. A win-win investment. These photovoltaic modules controlled by a control system represent a real tool for combating the effects of global warming on crops.
For a long time an exception in the photovoltaic market, bifacial technology is now developing rapidly throughout the world and, according to our discussions with the major Chinese manufacturers, is on the way to becoming the norm, even if it means not using the rear side. kiloWattsol has used its modelling tools to evaluate the gain of the rear side.
This is particularly important when applied to pioneering solutions such as this company dynamic solar farm projects.