Lithium-ion Battery– tag –
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Japan’s Public-Private Alliance Targets Sodium-Ion Battery Commercialization for Grid-Scale Storage
東京理科大学 Japan Overview A 14-entity Japanese consortium, spearheaded by Tokyo University of Science and bolstered by ¥760 million from NEDO, has commenced a national demonstration project for the mass production and commercialization... -
Three US BESS Companies Accelerate Sodium-Ion Commercialization, Peak Energy to Build 4 GWh/Year Manufacturing Facility
Energy-Storage.news USA Overview Three US-based BESS companies—Peak Energy, ESS Inc, and Unigrid—are pushing for the commercialization of sodium-ion batteries in the US and Europe. Peak Energy plans to establish a 4 GWh/year sodium-ion B... -
ESS Tech Unveils 1.2 MWh Modular Sodium-Ion Battery System “ESS Bridge” with Zero Thermal Runaway for Utilities and Data Centers
Utility Dive USA Overview ESS Tech has launched "ESS Bridge," a 1.2 MWh modular sodium-ion battery system designed for utility, commercial, industrial, and data center applications. This innovative system can deliver up to 4.8 MWh within... -
Long-Duration Grid Storage Accelerates: Form Energy’s 100-Hour Iron-Air Battery & CATL’s 1 GWh Sodium-Ion Rollout
Corporate Knights Unknown Overview Form Energy has developed an iron-air battery technology capable of storing and discharging power for up to 100 hours, offering a significant advantage over conventional lithium-ion batteries for grid a... -
Scientists Develop New Plastic That Blocks Heat While Retaining Strength, Revolutionizing Automotive and Electronics Thermal Management
SciTechDaily USA Overview Scientists have developed a new type of plastic that effectively blocks heat without compromising its mechanical strength. This groundbreaking material combines lightweight properties with superior thermal contr... -
Nanometer-Thick Magnesium Oxide Coatings Discovered to Boost Next-Gen Battery Performance and Longevity
AZoM UK Overview Researchers have discovered an ultrathin magnesium oxide (MgO) protective coating essential for enhancing next-generation battery performance. This nanometer-thick coating holds the potential to dramatically increase ele... -
Smart Shoes Developed Using Piezoelectric Material to Generate Electricity from Walking, Powering Wearable Devices Autonomously
ResearchGate International Overview New research explores the development of 'Smart Shoes' embedded with piezoelectric materials that convert mechanical energy from activities like walking, jogging, and jumping into electrical energy, wh... -
Comprehensive Review on Phase Change Materials for Thermal Energy Storage Details Expanding Applications in Heat Pumps, Solar, and EV Batteries
ResearchGate International Overview A new review comprehensively details thermal energy storage systems integrating phase change materials (PCMs) and their broad applications. The paper emphasizes PCM's advantages of high-energy storage ... -
Next-Gen EV Battery Thermal Management: MDPI Proposes Hybrid Dielectric Insulation with Latent Heat Storage Using Microencapsulated PCMs
MDPI International Overview A new MDPI perspective article proposes a hybrid cooling concept for next-generation EV battery thermal management, combining dielectric insulation with latent heat storage via microencapsulated phase change m... -
MDPI Study Reveals Breakthrough in PCM-Enhanced Battery Thermal Management: Hybrid Cooling with Model Predictive Control Boosts EV Performance and Safety
MDPI International Overview Recent MDPI research highlights innovative advancements in electric vehicle (EV) battery thermal management systems (BTMS) using phase change materials (PCMs). While PCMs effectively buffer transient heat, the...
