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Advanced Surge Arrester Technology Showcased on New Website
Potential Nanotechnology Breakthrough for Li-Ion Battery Safety
Johns Hopkins Students develop device to protect workers from Arc flash
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Surge Arrestors
trasnformers
Advanced Surge Arrester Technology Showcased on New Website
One of the great things about an organization like NEMA, which represents so many different aspects of the electrical grid, is the opportunities that arise to help promote some very important technologies. Today the Surge Arresters Section launched its new website , dedicated to promoting the latest...
Published
Thu, Feb 02 2009 5:31 PM
by
golds
Filed under:
Electrical Safety
,
Electrical Grid
,
Surge Arrestors
Potential Nanotechnology Breakthrough for Li-Ion Battery Safety
I read a recent article , " Planar Energy Devices Plans to Produce PowerBlade Advanced Battery in U.S. ", announcing a breakthrough in lithium-ion battery safety, showing promise in a new generation of battery technology that meets the power output demands of large energy storage systems while...
Published
Mon, Sep 09 2008 2:29 PM
by
leibowitzm
Filed under:
Smart Grid
,
General
,
Electrical Safety
,
Electrical Grid
,
grid
,
electricity
Johns Hopkins Students develop device to protect workers from Arc flash
Three students on an Engineering Design Project course at Johns Hopkins University undertook a challenge from the Baltimore Gas and Electric Company to develop a method to disconnect power lines from residential transformers at a safe distance, beyond the range of dangerous electrical arcs. Currently...
Published
Wed, Sep 09 2008 8:26 AM
by
Winstanley, Gerard
Filed under:
Electrical Safety
,
Electrical Grid
,
trasnformers
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