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Modules using low-Al-content paste with laser-assisted firing showed better stability than standard Ag/Al paste.
Tech Bytes

UNSW & Jolywood test EVA-backed TOPCon modules for durability

ByKarthik Srivasthav G
Selenium thin-film devices showed higher carrier mobility than previously reported in earlier solar studies.
Tech Bytes

Selenium solar tech shows untapped performance potential

ByKarthik Srivasthav G
Voltage and current outputs were highest in the PV-based test, though distortion levels remained below 1.5%.
Tech Bytes

Study from Iraq & Turkey develops 49-level solar inverter

ByKarthik Srivasthav G
Module layout and geometry, including torque tube spacing, influenced rear-side loss variations.
Tech Bytes

Study reveals rear-side performance losses in bifacial trackers

ByKarthik Srivasthav G
Researchers have identified conditions where module swaps in degraded PV plants have resulted in short payback periods under two years.
Tech Bytes

IIT Bombay studies reconfiguring degraded PV plants for savings

ByKarthik Srivasthav G
Researchers have applied 10X light concentration and dynamic tracking to deliver glare-free daylighting through the BIPV module.
Tech Bytes

Study from UPM develops BIPV with tracking and glare-free lighting

ByKarthik Srivasthav G
Researchers used multiple panel types to assess material recovery under various recycling conditions and treatments.
Tech Bytes

Study reveals full recyclability process for silicon solar modules

ByKarthik Srivasthav G
Bilayer ITO has shown lower resistivity and better refractive index than monolayer films while preserving voltage stability in solar cells.
Tech Bytes

Shanghai study improves solar cells with bilayer ITO design

ByKarthik Srivasthav G
The study has highlighted rice yield vulnerability to agrivoltaic shading during wet years and advised tailored crop management to reduce impact.
Tech Bytes

Study finds 23% rice yield drop under solar panel shading in Japan

ByKarthik Srivasthav G
Simulations have outlined technical adjustments that could raise aluminum-contact cell efficiency from 22.9% to match silver-based designs at 23.7%.
Tech Bytes

UNSW team studies aluminum contacts in TOPCon cells to cut silver use

ByKarthik Srivasthav G
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