With an anticipated preliminary manufacturing capability of 100 MW, the second-generation modules will characteristic PERC and TOPCon applied sciences, an all-black design, and fewer bypass diodes.
The demand for photovoltaic installations is on an exponential rise, with international PV installations exceeding 1 TW by the top of 2022. This surge in demand is especially exceptional in Europe, the place complete installations have doubled within the final 5 years. Among the assorted segments, rooftop PV has a big market share in Europe, with Germany and the Netherlands main the charts with over 60% and 85% of installations respectively, as said by a 2023 report by the Fraunhofer-Institute für Solare Energiesysteme ISE.
However, rooftop PV faces many challenges, together with restricted helpful space and partial shading on account of surrounding components comparable to chimneys, antennas, and bushes. To meet these challenges, the German producer AESOLAR launched shade-resistant PV modules built-in with bypass diodes in 2018. This know-how exhibits a formidable efficiency achieve of as much as 80% below partial shading. circumstances. Endorsed by the Fraunhofer CSP and Anhalt University of Applied Sciences, the primary era modules present excellent power yield, sturdiness, and reliability.
Mass manufacturing is ready for a 2024 launch
In 2023, AESOLAR builds on this success by introducing the second era of shade-resistant modules, with half-cut photo voltaic cells and a lowered variety of bypass diodes. Unveiled by Intersolar and Solar Solution, the brand new modules embody PERC and TOPCon applied sciences and supply many efficiency benefits over normal PV modules.
The firm introduced that it expects to launch mass manufacturing of second-generation modules in 2024 with an preliminary capability of 100 megawatts (MW). The modules are designed for rooftop installations and can be found in a modern, utterly black design, which AESOLAR says enhances the aesthetics of buildings.
Collaboration with Fraunhofer CSP
To make sure the reliability and power yield of the second era modules, AESOLAR has collaborated with Fraunhofer CSP to develop and take a look at the modules below the “SegmentPV” undertaking funded by the Federal Ministry of Economy and Climate Actions. “SegmentPV goals to ship dependable, shade-resistant PV modules, based mostly on our information and expertise, which we have now amassed since 2018,” mentioned Dr. Hamed Hanifi, the undertaking coordinator and the product growth director of AESOLAR.
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