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Novel Bifacial Cell Technology to Enhance Energy Yield of PV Modules

Offers a rear cell efficiency close to the efficiency measured from the front of the cell.

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By: DAVID SAVASTANO

Contributing Editor, Coatings World and Ink World, Coatings World and Ink World Magazine

Imec, a partner in Energyville, will present at Intersolar Europe/EU PVSEC a highly efficient bifacial n-PERT (BiPERT) solar cell featuring a bifaciality value close to 100%. With a rear cell efficiency close to the efficiency measured from the front of the cell, imec’s  achievement underscores the ability to strongly enhance the energy yield of photovoltaic (PV) modules made with this type of cell.
 
Bifacial solar cells not only capture  the light falling on the front side of the solar panel, but also the light that reaches the rear side of the panel, such as light that is reflected from the background, from clouds, diffuse light, and even direct light at sunrise or sunset. Bifacial modules can therefore generate more energy as compared to traditional monofacial modules. Published field tests have indicated that, depending on albedo values and bifaciality,  bifacial gains from 10% to 40% are achievable.
 
Bifacial cells can also be integrated into traditional glass-back sheet modules. In this configuration, they benefit from the scattering of infrared light at the back sheet to compensate for the lack of a rear metal reflector and from light reflection in the gaps between the cells.
 
Imec’s bifacial n-PERT cells (BiPERT) feature very thin (< 5 μm) Ni/Ag plated contacts and no busbars on both sides of the cell, resulting in a symmetrical structure of high aesthetic value. The cells have the potential to deliver a very low Cost-of-Ownership (CoO), as they can profit from a bifacial gain, a low-cost metallization sequence, and the high efficiency potential of multi-wire interconnections that reduce optical shading and the required metal contact fraction.
 
Imec’s BiPERT cells with a rear emitter configuration reached efficiencies up to 22.6%  measured with a GridTOUCH system under Standard Test Conditions using only front side illumination and a non-reflective chuck. These efficiency measurements don’t yet include the positive effect of the cells’ bifaciality on the effective energy yield of the cell.
 

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