While bifacial photovoltaics are not yet mainstream, their use and popularity continue to grow. This is particularly the case in the solar industry, where bifacial photovoltaics are considered to be a key means of increasing the efficiency of solar plants, ultimately helping boost global solar energy production.
Image Credit: OTT HydroMet - Solar Energy
The global solar industry has yet to reach a consensus on the most appropriate methods for simulating and measuring energy output. Some measurement approaches may report a greater increase in plant efficiency via bifacial photovoltaics than others.
This disparity in predictions is impacted by a number of factors:
- System setup and module geometry
- Back sheet material
- Effects of ground albedo
- Methods employed in simulating and measuring solar irradiance
In order to develop and disseminate a more precise approach for predicting the actual efficiency increase afforded via bifacial photovoltaics, it is essential to maintain a comprehensive database on module performance.
Image Credit: OTT HydroMet - Solar Energy
Kipp & Zonen & Solar have produced a helpful guide that provides an overview of current research in the field of bifacial photovoltaics, including a range of in-house research. Information on current technical developments and ongoing research is also included.
This information has been sourced, reviewed and adapted from materials provided by OTT HydroMet - Solar Energy.
For more information on this source, please visit OTT HydroMet - Solar Energy.