Energy Storage

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2016
17 Nov 2016

Illuminating Performance Characteristics Of Battery Materials Using Synchrotron Techniques: Advanced NMCs, Sodium-Ion Batteries And Solid Garnet Type Electrolytes

Lawrence Berkeley National Laboratory, United States
17 Nov 2016

Flat vs. Crumpled. Graphene For Energy Storage Applications

Raymor Industries.Inc, Canada
17 Nov 2016

High-Energy, Ultra-Fast Charge (5X Conventional Fast Charge), Low-Temperature Capable Cells Containing Enevate's Silicon-Dominant Composite-Film Anode

Enevate, United States
17 Nov 2016

Bidirectional Charge And Traction System (BCTS) - A combined Solution For e-Mobility And Charging

Continental, Germany
17 Nov 2016

Towards Large Scale Manufacturing Of Graphene And Related 2d Crystals

IIT / BeDimensional, Italy
17 Nov 2016

Magnetisable Concrete For Wireless Charging

Magment, Germany
17 Nov 2016

Deploying Lithium Sulfur Cell & Battery Systems Technologies: The Breakthrough Years 2016-2018

OXIS Energy Limted, United Kingdom
17 Nov 2016

Insights By Characterization Of Large Area Graphene Along The Process Chain

Suragus GmbH, Germany
17 Nov 2016

Flexible Storage For Deep Renewable Penetration

Pangaea Ventures, Canada
17 Nov 2016

Ground Breaking Metallic Sodium Batteries

BroadBit Batteries, Finland
17 Nov 2016

Unlocking The Promise Of Silicon Anodes With Graphene

SiNode Systems, United States
17 Nov 2016

Ultracap based Storage - The Future of E-Mobility

Kilowatt Labs, Inc.United States
17 Nov 2016

Graphene Battery: Impact On Electrical Vehicle And Beyond

AzTrong Inc, United States
17 Nov 2016

Development Of Sodium Ion Batteries For Stationary Energy Storage

Sharp Laboratories of Europe Ltd.United Kingdom
17 Nov 2016

Cost Competitive Conductive Graphene Ink For Industrial Application

GNext s.a.s.Italy
17 Nov 2016

Innovations In Lithium Ion Technology

Electrovaya, Canada
17 Nov 2016

Supercapacitor that can be charged by human body heat

This innovative supercapacitor allows charging to be completed using thermal energy in addition to the traditional electrical charging method for capacitors.
17 Nov 2016

Industrial vehicle electric powertrain choices

Mostly, the view at the recent Industrial EV conference in Germany was that we go from HEV to maybe PHEV but certainly end with plug-in then, where possible, energy independent PEV with most industrial and commercial vehicles. The transition will be slow and involve fuel cells only in niche applications. In contrast to cars, fuel cell hydrogen charging is little trouble with industrial vehicles because they are short range and back-to-base. However, they need supercapacitors or batteries to accept inputs and provide surges and sometimes both so it gets complicated.
16 Nov 2016

Energy Storage Devices for Miniature Electronic Systems

Cymbet, United States
16 Nov 2016

Advancing Safe, Ultra-High Energy Solid-State Rechargeable Batteries

Solid Power, United States