Tag
17 articles
This article explains the technical differences between conventional lithium-ion batteries and semi-solid-state batteries, focusing on safety improvements and performance advantages. It covers the materials science behind the technology and its implications for consumer electronics and aviation safety.
Sila has raised $300 million to scale up silicon anode production at its Moses Lake, Washington facility, supporting U.S. battery supply chain resilience. The funding round was led by Atreides Management and Sutter Hill Ventures.
Chinese scientist Lu Yaxiang has developed a sodium-ion battery that charges in just four minutes, potentially reducing China's heavy reliance on lithium. The breakthrough could revolutionize energy storage technology.
Learn how solar generators work and why they're becoming more affordable and accessible. Discover the technology behind the EcoFlow Delta 3 Classic bundle that's on sale for $599 during Prime Day.
Ford has launched Ford Energy, a $2 billion subsidiary focused on manufacturing large-scale battery storage systems for data centers and utilities, repurposing a Kentucky plant originally built for EV batteries.
General Motors is expanding into energy storage with three new battery partnerships, signaling a strategic move beyond automotive applications.
This article explains the thermal throttling problem in fast charging and how TORRAS solved it using smart thermal management with real-time monitoring and AI-powered algorithms.
The Momax Q.Mag X wireless battery pack demonstrates the practical effectiveness of graphene heat dissipation technology in portable power systems. This breakthrough could significantly improve thermal management in consumer electronics.
Amprius Technologies partners with Matternet to integrate silicon anode batteries into drone delivery systems, enhancing flight range and payload capacity.
SoftBank plans to manufacture large-scale batteries for AI data centers at a former Sharp plant in Osaka, with production beginning next April.
BMW's 2027 i7 gets Rimac batteries, rare-earth-free motors, and 250 kW charging, but drops Level 3 driving automation.
Learn to build a battery performance monitoring system that analyzes EV battery data, predicts degradation, and generates health reports - similar to what companies like Envision AESC use to optimize their battery technology.
