Next-Gen Energy Storage– category –
-
Tesla Megapack Activates in New Zealand: 185 MWh BESS to Stabilize Grid and Bolster Renewables
Tesla ニュージーランド Overview A large-scale Battery Energy Storage System (BESS) powered by Tesla Megapack has commenced operations in New Zealand, delivering a total capacity of 185 MWh. Operated by Mercury Energy, this system is desi... -
ESS Inc. Deploys Utility-Scale Iron Flow Batteries in California to Enhance Grid Stability
ESS Inc. USA Overview ESS Inc. has announced the deployment and operation of multiple utility-scale iron flow battery systems for PG&E in California. These systems provide over four hours of long-duration energy storage, crucial for ... -
Form Energy Secures Funding for First Commercial 1.5 GWh Iron-Air Battery Project in Minnesota
Form Energy USA Overview Form Energy has successfully secured funding for its inaugural commercial-scale iron-air battery project, 'Great River Energy,' located in Minnesota. This groundbreaking 15MW/1.5GWh system offers an impressive 10... -
Panasonic and Tesla Deepen Collaboration on Revolutionary Dry Electrode Manufacturing for EV Batteries
Panasonic Energy Japan Overview Panasonic Energy and Tesla are intensifying their collaboration on dry electrode manufacturing technology, aiming to significantly reduce the environmental impact and cost of EV battery production. This in... -
Amprius Technologies Achieves Record-Breaking 500+ Wh/kg Silicon Anode Cells for High-Performance Applications
Amprius Technologies USA Overview Amprius Technologies has announced a groundbreaking achievement, exceeding 500 Wh/kg energy density at the cell level using its proprietary silicon nanowire anode technology. This record-setting performa... -
Sila Nanotechnologies Unveils ‘Titan’ Silicon Anode: Boosting EV Battery Energy Density by 20%
Sila Nanotechnologies USA Overview Sila Nanotechnologies has introduced 'Titan,' a next-generation silicon anode material designed to significantly enhance electric vehicle (EV) battery performance. This innovation promises up to a 20% i... -
Lyten Unveils Breakthrough in Lithium-Sulfur Battery Technology Leveraging 3D Graphene for EV and Aerospace
Lyten USA Overview Lyten has announced a significant breakthrough in its lithium-sulfur battery technology, utilizing its proprietary 3D graphene material, LytCel. This advancement aims to mitigate the polysulfide shuttle effect and enha... -
Altris and Northvolt Forge Alliance to Accelerate Next-Gen Sodium-Ion Battery Development in Europe
Altris スウェーデン Overview Swedish materials innovator Altris has partnered with battery giant Northvolt to advance the development of next-generation sodium-ion battery cells. Altris specializes in non-toxic, iron-based cathode materi... -
CATL Commences Mass Production of 160 Wh/kg Sodium-Ion Batteries for EVs and Grid Storage
CATL China Overview CATL has initiated mass production of its latest generation sodium-ion battery, boasting an energy density of 160 Wh/kg at the cell level. This breakthrough technology can achieve an 80% charge in just 15 minutes at r...
