It can be included in Fraunhofer ISE’s micro-CPV module expertise, with 36.5% effectivity. A primary prototype can be put in in Spain earlier than the top of 2024.
From pv journal in Spain
Soltec, a producer of photo voltaic trackers for big initiatives, has collaborated with the Fraunhofer Institute for Solar Energy Systems (Fraunhofer ISE) to develop a prototype of a two-axis tracker for concentrated PV functions.
The mission, led by the German institute, goals to adapt Soltec’s photo voltaic tracker expertise to the necessities of a brand new era of micro-CPV modules that function with almost a thousand concentrated suns. “The Micro-CPV modules impose the required precision necessities of monitoring in two instructions to all the time level the CPV modules precisely in the course of the day,” stated Soltec.
The institute’s newest micro-CPV expertise achieves 36.5% conversion effectivity and guarantees to extend energy era by 30% in comparison with essentially the most environment friendly options at present.
“The photo voltaic tracker is a requirement for the ability era of concentrated PV modules and the brand new improvement goals at a mixture of structural energy, scalability, value competitiveness and the flexibility to coordinate exact actions that there’s a broad rotation,” the Spanish producer stated.
The first prototype can be used to check monitoring accuracy all through the day. At a later stage, the system can be powered by 15.7 kWp micro-CPV panels.
“Resource effectivity has grow to be an more and more vital concern in photovoltaics and our expertise instantly reduces module areas by 30% and semiconductors by 1,300 occasions. We consider that this expertise ought to discover its market share for in photovoltaic energy crops within the sun-rich international locations of the world,” added Frank Dimroth, head of photovoltaics and concentrator expertise at Fraunhofer ISE.
The new concentrated photovoltaic system “breaks the paradigms of the normal design of 2-axis photo voltaic trackers,” Soltec stated in a press release. In addition, it is going to be appropriate with photo voltaic hydrogen era and agrovoltaics due to its potential “to adapt to completely different orientations and topographic situations.” In addition, “CPV modules transmit diffuse photo voltaic radiation and permit crops to obtain adequate daylight for his or her progress, whereas defending them from extreme high-intensity radiation.”
This content material is protected by copyright and is probably not reused. If you wish to cooperate with us and wish to reuse a few of our content material, please contact: editors@pv-magazine.com.
Popular content material
