Focus of ARPA-E project to develop a smart, miniaturized sensing system that predicts battery behavior and enables a smarter battery management system to extend its life
Using sensing data and analytics to extend car battery life illustrates future benefits of product development in the "Industrial Internet"
GE prototype delivers higher power density, acceleration, and energy efficiency in a smaller frame at a lower cost
Motor extends the range of electric vehicles and reduces fuel consumption on hybrids
Motor has almost twice the temperature tolerance of conventional hybrid-electric motors and does not require a separate cooling system
Global Research awarded three-year grant to develop and test enhanced ultrasound probe and measurement techniques for NASA
Study will investigate increased intracranial pressure (ICP) and its effects on the eyes
Potential ground-based applications of this technology include monitoring patients with traumatic brain injuries
Goal of ARPA-E project to achieve 10X reduction in station costs and cut re-fueling time for Natural Gas (NG) vehicles from a whole work day to under one hour
Developing unique approach to re-fueling that would replace more expensive and complex compressor technologies used today
Initial focus will be on re-fueling stations for fleet vehicles, with an eye to passenger vehicles in the future
Vertical climbing device equipped with high-tech camera can enable closer view and faster inspections
Use of microwave scanner to analyze composition and integrity of blade material also being explored
NISKAYUNA, N.Y., June 13, 2012 -- GE Global Research is advancing technology that will make the inspection of wind turbines faster and more reliable for customers.
DARPA contract to support the design of complex cyber-physical systems
Program goal to enable the next evolution of manufacturing; allow for sharing of ideas in a global community, while safeguarding proprietary information
Online platform a key building block of the emerging Industrial Internet
