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News
KRICT launches shared battery research platform without costly equipment
3+ day, 7+ hour ago (209+ words) Korea Research Institute of Chemical Technology It is difficult for individual companies or researchers to secure all the expensive analysis · demonstration equipment and skilled personnel needed for secondary battery material development. After developing a new material, they must individually seek…...
KIST doubles photocatalytic hydrogen peroxide production efficiency beyond photon limit
4+ day, 7+ hour ago (96+ words) DongA Science Korea Institute of Science and Technology The researchers also succeeded in stably producing high-purity hydrogen peroxide at an industrially relevant concentration of 1% in a reactor with a capacity on the order of one liter. When applied to actual…...
POSTECH develops multifunctional CNF material that protects silicon batteries through 300 cycles
5+ day, 8+ hour ago (235+ words) A new technology has been developed to overcome the limitations of next-generation batteries whose performance declines because silicon repeatedly expands and contracts during charge–discharge cycles. A battery using the new technology retained 94.2% of its initial capacity even after 300 charge…...
Seoul National University and LG Energy Solution advance low-cost manganese LMR batteries for EVs
6+ day, 7+ hour ago (346+ words) Seoul National University · LG Energy Solution Research results have been presented that increase the likelihood of actually applying next-generation battery materials that use inexpensive manganese instead of costly cobalt to large battery cells for electric vehicles. LMR is a next-generation…...
UNIST and Cambridge develop light-charging battery that powers up day and night
1+ week, 4+ day ago (195+ words) Ulsan National Institute of Science and Technology (UNIST) · University of Cambridge, UK A light-charging battery that automatically charges itself according to light intensity, from strong sunlight to weak indoor lighting, has been developed. A light-charging battery is a battery that…...
KAIST Uses Digital Twin to Boost Fast-Charging Performance of Lithium-Ion Batteries
2+ week, 6+ day ago (341+ words) A Korean research team has implemented the internal structure of a lithium-ion battery as a three-dimensional digital twin and identified ways to enhance the battery’s charging speed and performance. The results are expected to help quantitatively elucidate internal changes in…...
Korea Energy Agency and Dongascience launch children’s Energy Expedition program
3+ week, 3+ day ago (323+ words) Korea Energy Agency X Dongascience Energy Expedition inaugural ceremony What would everyday life look like if electricity suddenly disappeared? Forty-one children set out to imagine a life without electricity and to find ways to cut waste and save energy in…...
Korea NRF and Inha University reveal why high-capacity lithium-ion batteries lose lifespan
4+ week, 2+ day ago (316+ words) High-capacity batteries exhibit a phenomenon known as “degradation,” in which performance drops rapidly as charging and discharging cycles are repeated. To use high-capacity batteries in electric vehicles and energy storage systems, this degradation must be mitigated. Previous studies focused on…...