South Korean researchers have developed a guided-learning framework that accurately predicts PV power without requiring irradiance sensors during operation, using routine meteorological data instead. The model reportedly showed strong out-of-sample performance while outperforming conventional irradiance-based approaches, particularly under noisy or inconsistent data conditions.
South Korean researchers from Chungnam National University have developed a one-step, photoresist-free graphene patterning technique that results in very low electrical resistance and avoids damage, showing scalability in the fabrication of transparent, flexible electronics like solar cells.
Recycling solutions company Livium has for the first time shipped 600 end-of-life solar panels to South Korea, where a strategic partner, Won Kwang S&T will validate their proprietary technology for large-scale solar panel recycling.
South Korean researchers have developed a novel bilayer tin oxide electron transport layer for improving efficiency and stability of back-contact solar cells.
The South Korean government says all public parking lots larger than 1,000 square metres will be required to install solar power systems from the end of this month, as part of a nationwide policy to accelerate renewable energy adoption in urban areas.
South Korea has announced plans to introduce legislation by 2026 to expand the deployment of agrivoltaics, enabling broader use of solar panels on agricultural land.
A lithium-ion battery explosion at a national data centre in South Korea disabled hundreds of government systems, highlighting the vulnerabilities of a highly centralised digital infrastructure.
Melbourne-headquartered infrastructure and energy investment firm Kai Global and South Korea’s Wide Creek Asset Management have launched a $500 million joint venture dedicated to solar and battery energy storage projects in Australia.
Researchers at two South Korean universities have collaborated to achieve a breakthrough in lithium-ion battery technology by developing a novel hybrid anode material.
Scientists at the Korea Institute of Energy Research claim to have achieved the highest efficiency ever reported for a perovskite-CIGS tandem solar cell with flexible, lightweight architecture. The device was also found to achieve “excellent” durability.
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