PV module

Enhancing Solar Panel Dust Detection with AI: Tackling Dataset Imbalance

At Sunlink, we understand that even small amounts of dust on photovoltaic (PV) modules can significantly reduce energy output. Accurate and timely detection of dust accumulation is therefore critical for optimizing cleaning schedules and maximizing the return on investment for solar installations. However, developing robust AI models for dust detection comes with a hidden challenge:

Enhancing Solar Panel Dust Detection with AI: Tackling Dataset Imbalance Read More »

How to avoid ‘long tail’ effects in large-scale PV plants

A group of researchers from University of New South Wales (UNSW) studied the “long tail” phenomenon in large-scale photovoltaic plants and found that about 20% of the solar modules used on the field degrade much faster than expected. The “long tail” occurs when a significant number of modules in the same facility underperform relative to expectations, creating

How to avoid ‘long tail’ effects in large-scale PV plants Read More »

Increase in UK solar panel fires blamed on poor installations

Fires involving solar panels increased 60% between 2022 and 2024 in the United Kingdom outpacing the rate of new installations, according to analysis from QBE Insurance. The business insurer has revealed UK fire services attended 171 incidents involving a solar installation during 2024, up from 107 in 2022 and 128 in 2023. QBE acquired the

Increase in UK solar panel fires blamed on poor installations Read More »

South Korea introduces standards for photovoltaic-thermal modules

South Korea’s National Institute of Technology and Standards (KATS) has introduced new national standards for photovoltaic-thermal (PVT) solar panels. The government-run agency said the new standards apply to modules that combine photovoltaic and solar thermal technologies in a single device, noting that separate standards for each technology already exist. “This regulatory improvement system accelerates the

South Korea introduces standards for photovoltaic-thermal modules Read More »

Vertical rooftop PV deployed in Spain with east-west orientation

Norway-based Over Easy Solar has announced the launch of a vertically installed photovoltaic system in 2022. “I contacted Over Easy following an article I read in pv magazine,” said Pablo Sánchez-Robles, founder of Albricias Energía. There are currently two projects in Spain using this solution, but Albricias Energía has several more in the pipeline. “Architects love it because

Vertical rooftop PV deployed in Spain with east-west orientation Read More »

How to assess bifacial PV system performance on sloped terrains

Researchers from Bangladesh’s East West University have developed a novel method for analyzing bifacial PV systems on sloped terrains. The novel technique is a precursor formulation that is then inserted into existing PV simulation models that do not account for hilly solar farms. “A complete reformulation for bifacials would need a lot of effort, so instead we

How to assess bifacial PV system performance on sloped terrains Read More »

Longi launches all-black back contact solar panel series

Chinese PV module maker Longi has debuted its new EcoLife series of solar panels. The EcoLife series features the company’s back contact technology and is billed as a premium lifestyle brand for customers on the residential market “who value quality, independence and lasting impact”. The panels are available in a compact 54-cell format. The series

Longi launches all-black back contact solar panel series Read More »

How to make solar module stockpiling cost-effective

A group of researchers from the Technische Universität Wien in Austria and the Norwegian University of Science and Technology have conducted a techno-economic analysis to understand what level of solar modules stockpiling could be used for the European Union to achieve stable solar PV deployment at the lowest cost possible. The scientists explained that compared to traditional

How to make solar module stockpiling cost-effective Read More »

Longi achieves 34.85% efficiency for two-terminal tandem perovskite solar cell

Chinese solar module manufacturer Longi has revealed it achieved a power conversion efficiency of 34.85% for a two-terminal tandem perovskite solar cell. The U.S. Department of Energy’s National Renewable Energy Laboratory (NREL) certified the result, which represents a world record for this cell typology. The previous record was held by Longi itself, which achieved a 34.6% efficiency for a device

Longi achieves 34.85% efficiency for two-terminal tandem perovskite solar cell Read More »

Scroll to Top