차세대전지 혁신기술 트랜드

1. 3M, Lithium Ion Battery Cathode Materials
2. A123Systems, Nanohposphate™ technology 사용 고성능 리튬이온 전지
3. Advanced Battery Technologies, Polymer Lithium-ion (PLI) battery
4. Advanced Membranes Systems(AMS)
5. AeroVironment, Inc., Electric Vehicle Battery Optimization
6. AFS Trinity Power Corp
7. Air Products, Stabilife(TM) fluorinated electrolyte salts in lithium ion batteries
8. AIST, 리튬 이차전지용 이온액 전해질
9. Altair Nanotechnologies, Lithium-titanate battery systems
10. Argonne National Laboratory, patented composite cathode materials
11. Argonne National Laboratory, 새로운 적층 구조 리튬 이차 전지
12. Arotech Corporation, High power zinc-air batteries
13. Atraverda Limited, Ebonex(R) technology-Radical Lead Acid Battery Technology
14. Axeon Holdings, Battery Management System(BMS) 기술
15. Axion Power International, Patented lead-carbon (PbC(TM)) technology
16. BASF, patented composite cathode materials
17. Better Place, Battery swap system
18. Biax Laboratories, Lithium Ion Battery Separator
19. Binghamton University, Battery materials for lithium batteries
20. Blue Spark Technologies, Inc., Breakthrough Thin Battery Technology
21. Boston-Power, Inc., 혁신적인 리튬 이온 배터리 기술 플랫폼
22. Brookhaven National Laboratory, Electrodes Using Nanoscale Materials
23. BYD, Iron-phosphate-based lithium-ion batteries
24. CAP-XX, supercapacitor-driven BriteFlash power architecture
25. Cerion Enterprise, Proprietary nanoparticle materials for battery
26. CETC, Crystalline silicon solar battery plate
27. Charles Industries, Ltd., Waterproof battery combiner
28. China BAK Battery, lithium ion batteries for portable electronic doodad
29. Revolutionary version of nickel-zinc battery technology
30. Compact power, lithium-ion battery packs
31. Constant Environment, Inc., High voltage dual electrolytes (HVDE)
32. Continental AG, High-performance lithium-ion battery
33. Contour Energy Systems, Inc, Next-Generation Coin Cell Batteries
34. Cornell University, Self-Charging Batteries
35. Corvus Energy, Breakthrough Lithium-Ion Battery
36. CSIRO, Hybrid energy-storage device
37. Cymbet Corporation, World's First Thin-Film Battery
38. Daimler AG, Newly developed lithium-ion battery
39. Dot Hill, Super Capacitor Technology
40. Dow Chemical Company, Next-Generation Battery
41. Drexel University, Way of Increasing Battery Life
42. DuPont, Nanofiber-based Separators
43. EcoloCap, Carbon-nanotube lithium battery
44. Ener1, Inc., High-performance lithium-ion battery systems
45. Energizer Holdings, Inc., New Zinc Air Battery Technology
46. ERRA, YESS NiH2 Battery
47. ETI Tech, Battery management systems for rechargeable storage solutions
48. ExxonMobil Chemical, Lithium Ion Battery Breakthrough
49. Firefly Energy Inc., Graphite Foam Battery
50. Fluidic Energy, Metal-air batteries
51. Ford Motor Company, Nickel-metal hydride batteries
52. G4 Synergetics, NiMH batteries
53. Gaia, 대형 사이즈에서 탁월한 파워와 에너지 밀도를 제공하는 리튬 이온 셀
54. General Electric Company, Advanced storage batteries
55. Georgia Institute of Technology, New high-performance anode structure
56. GM, Lithium-Ion Battery Breakthrough
57. GS Yuasa, New vanadium phosphate cathode material for lithium-ion batteries
58. 리튬이온 2차전지의 난연소성을 높이기 위한 새로운 전기분해액 기술
59. Hitachi, New manganese cathode
60. HitachiChemical, 리튬이온 전지용 카본음극재료
61. 히타치 맥셀(Hitachi Maxell), 리튬이온 전지용 내열 분리막
62. Hollingsworth & Vose co., 차세대 battery separators
63. Honeywell International, Inc, Electrolyte salt for lithium-ion batteries
64. Idemitsu Kosan, 차세대 리튬이온 전지용 고체 전해질
65. Indian Institute of Technology, Lithium ion anode batteries
66. Infinite Power Solutions (IPS), Thin-film batteries
67. InfoLogix, Inc., InfoLogix ST7 LiFe Battery
68. Ioxus, Innovative ultracapacitor technologies
69. ITRI, Material technology to enhance the safety of lithium-ion batteries
70. New type of flexible, transparent electrode made using carbon nanotubes
71. JFE미네랄, 리튬이온 이차전지 방전 용량 개선 정극(正極)재료
72. Johnson Controls-Saft, Li-ion hybrid batteries
73. Flow battery using hydrogen-bromine chemistry
74. Leclanche, large capacity lithium-ion battery technology
75. Lilliputian Systems, Pocket-size fuel cell
76. Linear Technology Corporation, Solar Battery Charger
77. proprietary next generation thin film solar panels, batteries and equipment
78. Massachusetts Institute of Technology(MIT), Lithium-air battery
79. MEGTEC Systems, Inc., Li-Ion battery electrodes
80. Micro Power Electronics, Inc., Battery Charger Technology
81. mPhase Technologies, Power On Command(TM) battery technologies
82. Nanomaterials Company
83. Nanomix
84. Nanosys, Silicon composite for battery’s anode
85. Automatic Layer Deposition for Stabilization of Amorphous Silicon Anodes
86. Neah Power Systems, Inc., Silicon-Based Electrodes
87. NEC, Lithium ion batteries
88. Nexeon technology, Breakthrough in Li-ion Battery Technology
89. Nissan Motor Co, Advanced laminated lithium-ion batteries
90. O2Micro International Limited, rechargeable battery pack 용량 측정
91. 향상된 배터리 파워 소스를 찾는데 이용될 혁신적 microscopy 기술
92. Odyne Corporation, Battery Energy Management
93. Oorja Protonics, Innovative Onboard Methanol-Based Fuel Cell Charger
94. Ovonic Battery Company, Inc., NiMH batteries
95. Panasonic Corp, High-Capacity Lithium-Ion Battery Cells
96. Polymer-coated Layered SiOx-Graphene Nanocomposite Anodes
97. Planar Energy, Breakthrough solid-state battery technology
98. PolyFuel, Inc., Lithium metal-air batteries
99. PowerGenix, Nickel-Zinc (NiZn) Battery
100. PRBA, Large Format Lithium-Ion Batteries
101. Prieto Battery, “3D” Li-ion Battery Technology for Higher-Capacity
102. Quallion LLC, 특수용 rechargeable cell 및 battery
103. Lithium-ion cell balancing and thermal management용 첨단 컨트롤 기술
104. Quantumsphere Inc., Nanoscale Catalysts
105. Rayovac, New HYBRID(TM) Batteries
106. Rensselaer Polytechnic Institute, Capacitive Energy Storage System
107. Revolt Technology, Zinc-air Battery
108. Enhances Performance and Sustainability of Battery Technologies
109. SAFT, High-power Lithium Battery
110. Saint Louis University, 바이오 연료전지
111. Sakti3, high-energy batteries for use in electric-powered cars
112. Sandia National Laboratory, Solid-state fluoride ion batteries
113. 실리콘과 흑연을 성분으로 하는 새로운 유형의 복합재 음극 물질
114. SGL Carbon, Anode material solutions for lithium-ion batteries
115. Sion Power Corporation, lithium sulfur (Li-S) battery
116. Solicore Inc., Patented ultra-thin Flexion batteries
117. Sony Corporation, Lithium Ion Polymer Battery
118. 일본 소니, 실리콘계의 재료를 음극으로 사용한 리튬이온 2차전지
119. SouthWest NanoTechnologies Inc., CNT enhanced Cathode Materials
120. advanced anode materials for lithium-ion batteries
121. Production process for a key cathode material utilized in lithium ion batteries
122. Wiring Up Silicon Nanoparticles for High-performance Lithium-Ion Battery Anodes
123. STMicroelectronics, Next-Generation Battery Technology
124. Thomas Swan, Carbon Nanotubes for Cellulose Based Battery
125. TIAX, Next-Generation HEV Battery Technology
126. Toshiba Corporation, SCiB Battery
127. Toxco, 리튬이온 배터리 리사이클링
128. Toyota Motor Corp., On-board energy storage용 battery pack
129. Ultra life Corporation, New Lithium-ion Rechargeable Batteries
130. UltraCell Corporation, Ultra Compact Portable Fuel Cell
131. UltraLith LLC, Non-Shutdown Polyolefin Separator
132. University at Buffalo, New, low-cost materials for rechargeable batteries
133. University of Albany, Ultra-capacitor 성능 향상 electrolytes
134. University of California, 나노튜브 잉크 인쇄 전지
135. University of Dayton Research Institute, rechargeable lithium-air battery
136. University of Glamorgan, Bipolar lead acid battery
137. University of Massachusetts(Amherst), 바이오필름 배터리
138. University of Michigan, Advaned-battery Technology
139. University of Texas at Austin, Organic battery
140. High-voltage iron-based phosphate cathode
141. University Of Waterloo, Lithium sulphur battery - mesoporous carbon
142. lithium iron magnesium phosphate energy storage solutions
143. Vendum Batteries, Paper?thin battery
144. VIASPACE, Inc., Raw material for cellulosic biofuels
145. Xcel Energy, Wind-to-Battery Project
146. XsunX, Inc., Breakthrough Thin-film Technology
147. Xtreme Power, 풍력발전용 에너지 저장 장치
148. ZAP, New Recharge-It-All Battery line
149. 일본 동경공업대학, 리튬이온 이차전지 새로운 전극 재료
150. 나고야 대학, 리튬이온 이차 전지의 안전성을 향상시키는 전해질
151. 일본 산업기술총합연구소, 재생이 용이한 리튬-구리 이차전지
152. 일본 산업기술종합연구소(AIST), 리튬이차전지 전해질 기술
153. 일본 산업기술종합연구소, 망간계 산화물 양극재료 기술
154. 차세대 중대형 리튬이온전지용 고품질, 저가의 양극재료
155. 울산과학기술대, 차세대 플랙서블 전지 핵심 기술
156. KAIST/스탠포드대학, 새로운 나노소재 합성법 개발
157. 일본 신에너지산업기술종합개발기구, 폐 Na-S전지에서 고순도 나트륨을 정제하는 기술
158. 동경공업대학, 차세대 전고체형 리튬폴리머 전지의 장수명화 기술
159. 이온액체를 이용한 고성능 유기전계효과트랜지스터 개발
160. 오사카부립대학, 새로운 전극-전해질 계면구조 구축 기술
161. 일본 산요전기, 리튬이온전지의 보호회로용 MOSFET
162. 스미토모(Sumimoto) 화학, 리튬이온 2차전지용 세퍼레이터(separator)
163. 일본 오하라사, 리튬이온 이차전지용 고체전해질 시트