{"id":679361,"date":"2025-07-10T11:35:14","date_gmt":"2025-07-10T08:35:14","guid":{"rendered":"https:\/\/buradabiliyorum.com\/en\/collaborative-research-pushes-perovskite-minimodule-performance-to-new-heights\/"},"modified":"2025-07-10T11:35:14","modified_gmt":"2025-07-10T08:35:14","slug":"collaborative-research-pushes-perovskite-minimodule-performance-to-new-heights","status":"publish","type":"post","link":"https:\/\/buradabiliyorum.com\/en\/collaborative-research-pushes-perovskite-minimodule-performance-to-new-heights\/","title":{"rendered":"Collaborative research pushes perovskite minimodule performance to new heights"},"content":{"rendered":"
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\n NREL and CubicPV researchers collaborated on a record-setting perovskite minimodule. Credit: Shuai You, NREL
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A collaborative effort between NREL and CubicPV has yielded a perovskite minimodule that has achieved 24.0% certified efficiency. This marks the first time a U.S. effort has set a record in the perovskite minimodule category.<\/p>\n

The researchers at NREL and at CubicPV, a company based in the Boston area, made the minimodule consisting of multiple interconnected cells, with several steps in the fabrication sequence done at each location.<\/p>\n

Kai Zhu, a senior scientist in NREL’s Chemistry and Nanoscience<\/a> Center, has previously collaborated with CubicPV. Zhu said the complementary expertise of the two organizations is a testament not only to technical excellence, but to the accelerated impact of combining complementary strengths, stating, “It’s really the strength of both parties that creates the environment for record-setting,” he said. “Both teams can achieve great results\u2014but collaboration amplifies our impact and sets new device benchmarks.”<\/p>\n

CubicPV’s focus is on tandem solar devices, using perovskites on top of silicon to make a solar panel that captures more photons and continues to lower the cost of energy, while NREL’s focus is on advancing the manufacturing, durability, and efficiency of perovskite-enabled tandems.<\/p>\n

Unlike silicon, perovskites are created by using a low-temperature (less than 200\u00b0C) ink-based printing or vacuum coating process with primarily earth-abundant materials. The technology<\/a> has proven to be efficient at a small scale, and work to improve durability and efficiency on larger-area devices, which are prerequisite for commercial adoption, continues. Perovskites hold the promise of diversifying the supply chain and increasing domestic production of solar photovoltaic modules.<\/p>\n

Adam Lorenz, chief technology officer of CubicPV, said future efforts will focus on demonstrating durable performance outdoors and producing larger area perovskite modules.<\/p>\n

“We are committed to leveraging U.S. technical leadership and collaborating with the top researchers in the world to drive cutting-edge perovskite science toward scalable, commercially viable, and durable products,” he said.<\/p>\n

The previous record for a perovskite minimodule, published in May 2025<\/a>, was 23.9%. The solar cell efficiency tables are published twice a year in the journal Progress in Photovoltaics<\/i>. The next iteration will app<\/a>ear near this year’s end, which gives NREL and CubicPV time to surpass their current record.<\/p>\n

\n Provided by
\n National Renewable Energy Laboratory
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\n Citation<\/strong>:
\n Collaborative research pushes perovskite minimodule performance to new heights (2025, July 9)
\n retrieved 10 July 2025
\n from https:\/\/techxplore.com\/news<\/a>\/2025-07-collaborative-perovskite-minimodule-heights.html\n <\/p>\n

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