South Korea installed 1.2 GW of solar in the first half of 2024, according to the Korea Energy Agency. It says the nation will deploy between 2.7 GW and 2.8 GW of PV capacity this year, continuing the market’s decline since its 2020 peak.
Linde has signed a long-term deal to supply clean hydrogen in Alberta, Canada, while Hyundai Motor and Pertamina have agreed to jointly develop Indonesia’s hydrogen ecosystem.
Scientists have tested several machine-learning algorithms to predict the optimal tilt angle (OTA) of solar projects in 37 Indian cities, leading to improvements of up to 90%.
The new products utilize propane refrigerant and have a seasonal coefficient of performance of over 5. According to the manufacturer, it can achieve a flow temperature of 75 C, even when it is -15 C outside.
Multiple incidents, including deaths and evacuations, have led to the Korean goverment asking carmakers to voluntarily disclose the makers of batteries in their EVs, with some surprising results.
A research team at Korea Electrotechnology Research Institute (KERI) in South Korea is tackling the use of solar PV in non-ideal conditions with a new tool to optimize for urban and indoor PV diffuse light and partial shading conditions. The team also developed three-dimensional solar modules featuring a glass-free, lightweight design that features self-tracking that reportedly produces 60% more power compared to conventional flat modules.
BlackRock’s climate infrastructure business has increased its stake in Brite Energy Partners. The KRW 100 billion ($72 million) investment will help to scale the South Korean independent power producer’s solar portfolio and expand its energy storage and EV charging operations.
South Korea’s Shinsung E&G says it will supply 47 MW of modules for the country’s first integrated renewable energy complex. It also recently signed an agreement to expand the deployment of rooftop solar in South Korea.
An international team of researchers have demonstrated how to speed up the research and development of scalable, high-performing organic solar cells by using an automated, high-throughput platform. It relies on digital twin technology and roll-to-roll (R2R) printing in a closed-loop system.
Using a surrogate model for finite element analysis, the scientists have designed an aluminum frame for bifacial modules that reportedly minimizes deflection and production costs, without adding too much weight. Deflection can lead to cracking or delamination of ribbons inside the module, resulting in an increase number of damaged cells.
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