Professor Bumjoon Kim's research team at the Department of Chemical and Biomolecular Engineering, KAIST, has achieved a breakthrough in stretchable organic solar cell technology.
In the quest for innovative solutions to persisting challenges, scientific researchers often turn to nature's intricate designs and systems.
A team of international scientists, including Penn State's Nelson Dzade, has unveiled a breakthrough technique in the quest for more durable and efficient solar cells.
New research led by the U.S. Department of Energy’s National Renewable Energy Laboratory (NREL) reveals that rainfall isn't enough to clean solar panels affected by pollen.
Researchers at Osaka University have revolutionized the hunt for efficient solar materials with a groundbreaking automated system. Published in JACS Au, their study introduces a robotic solution that accelerates the exploration of alternative solar cell materials.
In the ongoing battle against climate change, the choice between planting a verdant forest and constructing fields of dark-colored solar panels has long perplexed decision-makers.
Tandem solar cells, marrying perovskite semiconductors with conventional silicon cells, are revolutionizing solar energy efficiency, boasting a remarkable 33% efficiency compared to traditional silicon counterparts.
High winds causing power outages have become a common headache for communities, leading to inconveniences and potential dangers.
LMU researchers have made a significant stride in the realm of green hydrogen production, unveiling a groundbreaking two-dimensional supercrystal that sets a world record for hydrogen generation using sunlight.
Kraft Solergy Company
US BRANCH:EUROPEAN SALES:
KBS TRADING EOOD, VAT BG206935130
