Citing
Patent
Issue
Year
DOE
Patents Cited
Assignee
Title
6,962,613
2005
19
Cymbet Corp.
Low-temperature fabrication of
thin-film energy-storage devices
6,643,119
2003
10
Maxwell
Technologies
Electrochemical double-layer
capacitor having carbon powder
electrodes
6,168,884
2001
10
Lockheed Martin
Battery with in situ activation
plated lithium anode
6,955,694
2005
10
Maxwell
Technologies
Electrochemical double-layer
capacitor having carbon powder
electrodes
6,402,795
2002
8
Polyplus Battery
Plating metal negative electrodes
under protective coatings
6,723.140
2004
8
Polyplus Battery
Plating metal negative electrodes
under protective coatings
6,706.449
2004
8
Sion Power
Lithium anodes for
electrochemical cells
6,572.993
2003
8
Visteon Corp.
Fuel cell systems with controlled
anode exhaust
7,012.124
2006
6
Arizona State
University
Solid polymeric electrolytes for
lithium batteries
5,358.802
1994
6
University of
California
Doping of carbon foams for use
in energy storage devices
6,630.262
2003
6
Greenstar Corp.
Metal–gas cell battery with soft
pocket
6,428.933
2002
6
3M
Lithium ion batteries with
improved resistances to sustained
self heating
7,170.260
2007
5
Maxwell
Technologies
Rapid charger for ultracapacitors
5,336.274
1994
5
University of
California
Method for forming cell separator
for use in bipolar stack energy
storage devices
242
Electrochemical Supercapacitors for Energy Storage and Delivery
TABLE 5.5
Department of Energy-Funded Patents Receiving Largest Numbers of Citations
packaging options. Maxwell’s use of an engineered technique employing
penetration welding bonds the cells to reduce series resistance and increase
heat extraction efficiency. By focusing on large power requirements at high
load potentials, its multiple modules are manufactured for industry use
within the 16 to 125 V range. Maxwell emphasizes product applications for
power leveling and back-up energy storage for trains, trams, and cranes. The
successful integration of its modules in hybrid buses and trains is expected
to expand its focus on the HEV niche market.
Cap-XX — Founded in 1997, Cap-XX focuses on thin, flat, single or dual
(prismatic) cells that produce short term high power required for pulse
Patent
Issue
Year
DOE
Patents Cited
Assignee
Title
6,962,613
2005
19
Cymbet Corp.
Low-temperature fabrication of
thin-film energy-storage devices
6,643,119
2003
10
Maxwell
Technologies
Electrochemical double-layer
capacitor having carbon powder
electrodes
6,168,884
2001
10
Lockheed Martin
Battery with in situ activation
plated lithium anode
6,955,694
2005
10
Maxwell
Technologies
Electrochemical double-layer
capacitor having carbon powder
electrodes
6,402,795
2002
8
Polyplus Battery
Plating metal negative electrodes
under protective coatings
6,723.140
2004
8
Polyplus Battery
Plating metal negative electrodes
under protective coatings
6,706.449
2004
8
Sion Power
Lithium anodes for
electrochemical cells
6,572.993
2003
8
Visteon Corp.
Fuel cell systems with controlled
anode exhaust
7,012.124
2006
6
Arizona State
University
Solid polymeric electrolytes for
lithium batteries
5,358.802
1994
6
University of
California
Doping of carbon foams for use
in energy storage devices
6,630.262
2003
6
Greenstar Corp.
Metal–gas cell battery with soft
6,428.933
2002
6
3M
Lithium ion batteries with
improved resistances to sustained
self heating
7,170.260
2007
5
Maxwell
Technologies
Rapid charger for ultracapacitors
5,336.274
1994
5
University of
California
Method for forming cell separator
for use in bipolar stack energy
storage devices
242
Electrochemical Supercapacitors for Energy Storage and Delivery
TABLE 5.5
Department of Energy-Funded Patents Receiving Largest Numbers of Citations
packaging options. Maxwell’s use of an engineered technique employing
penetration welding bonds the cells to reduce series resistance and increase
heat extraction efficiency. By focusing on large power requirements at high
load potentials, its multiple modules are manufactured for industry use
within the 16 to 125 V range. Maxwell emphasizes product applications for
power leveling and back-up energy storage for trains, trams, and cranes. The
successful integration of its modules in hybrid buses and trains is expected
to expand its focus on the HEV niche market.
Cap-XX — Founded in 1997, Cap-XX focuses on thin, flat, single or dual
(prismatic) cells that produce short term high power required for pulse