Tag: Electric battery

EnergyInfrastructure

Pennsylvania to See Major Energy Storage Boost with New $75M Battery Facility

A new $75 million battery manufacturing facility is set to transform Pennsylvania’s energy landscape. The project will double regional storage capacity and provide crucial power support for the state’s growing data center industry.

Major Energy Storage Expansion Announced for Pennsylvania

Pennsylvania’s energy infrastructure is set for a significant upgrade with the development of a new $75 million battery manufacturing facility, according to recent reports. Battery manufacturer Eos Energy Enterprises Inc. is building the factory specifically to help power company Talen Energy Corp. meet the increasing electricity demands of Pennsylvania’s expanding data center market.

by Natalie Brooks
AutomotiveBusiness

Western Auto Giants Urged to Accelerate EV Development While Forging Unique Path

General Motors’ president reveals that Western automakers need to match Chinese EV manufacturers’ rapid development cycles while maintaining their own competitive advantages. The auto executive warns against replicating China’s aggressive pricing tactics that have created market instability.

Speed Versus Sustainability in EV Race

General Motors President Mark Reuss has articulated what Western automakers must learn from China’s electric vehicle leaders – and equally important, what they should avoid emulating. According to reports from his appearance on InsideEV’s “Plugged-In” podcast, Reuss emphasized that while speed-to-market represents the crucial lesson, directly copying Chinese competitors’ strategies would be counterproductive.

by Natalie Brooks
ResearchScience

Breakthrough Room-Temperature Method Produces Ultra-Strong Graphene Carbon Fibers

Researchers have achieved a manufacturing breakthrough with graphene-based carbon fibers prepared entirely at room temperature. The new method produces fibers with exceptional strength and thermal conductivity while dramatically reducing energy consumption compared to conventional methods.

Revolutionary Manufacturing Breakthrough

Scientists have reportedly developed a groundbreaking method for producing high-performance carbon fibers at room temperature, according to research published in Nature Materials. The new technique represents a significant departure from conventional manufacturing processes that typically require temperatures exceeding 1,300°C, sources indicate. This development could potentially transform multiple industries that rely on carbon-based materials for their exceptional properties.

by Darren Holt
Assistive TechnologyComputer Hardware

Samsung Reportedly Scrapping Galaxy S26 Edge Amid Performance and Value Concerns

Sources indicate Samsung is abandoning its Galaxy S26 Edge model after the current version failed to impress reviewers. According to reports, the Galaxy S25 Edge suffered from significant overheating and battery life problems despite its premium price point, making it difficult to justify against more affordable alternatives in Samsung’s own lineup.

Samsung’s Premium Edge Strategy Faces Setback

Industry analysts suggest Samsung is canceling development of the Galaxy S26 Edge following disappointing performance and market reception of the current model. According to reports, the decision reflects ongoing challenges the company faces in justifying the premium Edge variant’s value proposition against both competitors and its own more affordable devices.

by Natalie Brooks
Assistive TechnologyInnovation

Multiphysics Simulation Advances Electrification Across Industries

Simulation software is reportedly transforming electrification R&D by modeling electromagnetic, thermal, and structural effects simultaneously. Sources indicate multiphysics approaches help optimize battery safety, wireless charging, and electric grid stability.

Simulation Addresses Electrification Complexities

Engineering teams are increasingly adopting multiphysics simulation to overcome prototyping challenges in electrification projects, according to reports from COMSOL‘s recent Boston conference. Analysts suggest that systems like wireless chargers and grid-scale energy storage require modeling electromagnetic, thermal, and structural parameters concurrently—a capability traditional single-physics tools lack.

by Natalie Brooks