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|All terms||Title||Teaser||Home Page|
|Battery Manufacturer||Xinchi lithiumion battery Manufacture Co.,Ltd.||
Xinchi lithiumion battery Manufacture Co.,Ltd. main products are as below:
which are widely used in
Xinchi Photoelectricity Manufacture Co.,Ltd.
|Battery Dealer or Distributor, Battery Manufacturer||WGESO LiFePO4 Battery (3C Continue Discharge Current)||
Thanks for your interest in WGESO Group !
We are a registered company (2005~2010) ,located in Songjiang of Shanghai . Our company mainly assembling solar panels and building small solar power station for family , In 2007~2009 , we cooperate with Shandong Hi-Power company developed a new generation of "Power-Type" LiFePO4 Cells, Test the batteries at standard conditions(15~35 degree / 30~80% RH), the maximum discharge current of 5C, a continuous discharge current of 3C . Now, these cells has been into mass production, Plan sell in February ,2010 .
In 2009 ,we're founded the international foreign trade department
LiFePO4 Battery Pack, LiFePO4 Charger and BMS
WGESO (Shanghai) Trade Department.
Address : NO.76, Nanle Rd., Songjiang Dist., Shanghai
Online Store : www.wgeso.com
|Battery Dealer or Distributor, Battery Management or Monitoring System , Battery Manufacturer||smart battery testing system||
Neware Co.,Ltd located in Shenzhen,China. We primarily manufactures a complete range of battery testing systems for all the rechargeble battery as Li-ion, LiFePO4, Ni-MH,Ni-Cd,Lithium polymer battery
data analyzing software interface
battery pack tester(meet large volate and current test need)
"Seeo is developing a new generation of rechargeable lithium batteries with unprecedented energy density, lifetime, and safety. Leapfrogging existing performance and cost standards, Seeo technology represents a unique solution for addressing the critical national and global need for electric vehicles and large-scale renewable energy storage. The Seeo battery boasts a critical difference from current technologies: it is entirely solid state, with no flammable or volatile components. At the core of Seeo technology is a novel solid polymer electrolyte material that can transport Li ions while providing inherently safe and stable support for very high energy electrode chemistries. As a result, Seeo offers dramatic improvements in energy density while also providing best-in-class product lifetime and safety. By combining this core polymer electrolyte technology with a rich knowledge base of traditional lithium-ion materials, processing, and product design, Seeo has overcome the limitations of current technologies, offering a new platform for high energy density storage systems."
They're not saying much about themselves. They describe themselves as developing an advanced solid-state rechargeable lithium-ion battery technology. They aim to further enable electric drive train vehicles that are capable of getting more than 100 miles per gallon.
"Quallion, the leading Li-ion custom battery manufacturer... Quallion, LLC has the broadest and deepest understanding of lithium ion chemistry and has a long history as a primary and rechargeable cell battery manufacturer for use in the medical, military and aerospace industries."
They're so cool they have a flashy website full of fancy graphics - that doesn't work. Makes it hard to find out more when you click on a link and it does nothing.
|Battery Manufacturer||PortaPower (HK) Limited||
PortaPower, founded in H.K. in 1992, is a reputable manufacturer and exporter of Li-ion, LiFePO4, Li-polymer rechargeable battery packs and related products with more than 18 years. The applications include E-bike, E-scooter, and Electric Vehicle. OEM/ODM projects are also welcome.
If you are interested, please kindly contact me: email@example.com
|Battery Manufacturer||Porous Power Technologies||
They make stuff for the innards of lithium-ion batteries ... "Symmetrix™ microporous PVDF separators are directly laminable onto electrodes without expensive and performance-robbing pretreatments. Symmetrix separators maintain maximum porosity and low resistance even after laminating — opening up a wealth of innovative design possibilities for energy storage cell manufacturers. Symmetrix™ microporous separators use a patent-pending process that yields 80% porosity in a thin, flexible film. This high porosity reduces resistance within the battery, allowing for faster cell charge and discharge (with no degradation of battery performance), better thermal control, less waste heat and longer cell cycle life. Symmetrix™ looks and acts like a sponge. Its material composition and unique polymer matrix structure wick electrolyte into the cells two to three times faster and more evenly than traditional separators. This allows increased manufacturing throughput, higher yields and reduced production costs. Symmetrix™ separators easily conform to the surface of the electrode and flex as the electrode expands and contracts. This superior structural bond yields consistent power performance, cycle after cycle. High compression is not required."
|Battery Manufacturer||Planar Energy Devices||
"Planar Energy Devices has developed a game-changing technology for solid state batteries for electronics and automotive applications. Lithium ion battery technology has hit a wall - batteries need substantial cost reductions to be viable for energy demanding applications. Planar's technology is superior to Li-Ion at less than half the cost per KwH, with three times the energy density. Solid state batteries replace the plastics, binders, powders and liquids of Li-Ion batteries with durable, nanostructured films. The fundamental challenge of solid state batteries is that current fabrication methods don't scale to large format batteries because of the cost of vacuum deposition. Planar has developed an alternative, game changing deposition process and has demonstrated the ability to make nanostructured electrolyte and electrode materials with superior chemistries using this process."
|Battery Manufacturer||Nexeon Limited||
"Nexeon has patented a unique way of structuring silicon so that it delivers extended cycle life and significantly increases battery capacity. In contrast to carbon, Nexeon’s silicon anode materials have a much higher capacity for lithium and as a result are capable of almost ten times the power capacity per gram (mAh/g). Silicon anode lithium-ion batteries allow for greater power storage capacity and/or smaller battery size, or for greater battery life between charges. As well as increasing capacity, Nexeon’s technology reduces the amount of material used in the Li-ion battery, providing key advantages to manufacturers of a range of consumer goods."
|Battery Dealer or Distributor, Battery Management or Monitoring System , Battery Manufacturer, Electric Bicycle Parts or Kits, Electric Car Parts, Electric Motorcycle Parts, Electric Scooter Parts, Plugin-Hybrid Parts||LiFeTech Energy||
LiFeTech Energy is a major manufacturer of high performance, premium quality LiFePO4 batteries and associated products. Information on LiFeTech products can be found by visiting our website at www.lifetechlithium.com
|Battery Manufacturer||LiFePO4 Lithium iron battery manufacturer HIPOWER||
HIPOWER is the LiFePO4 (Lithium Iron) battery factory in China.
As a pioneer in LiFePO4 battery field in China, we start production in 2004, and have 7 years export experience.
HIPOWER LiFePO4 battery advantages:
HIPOWER battery is widely used in energy storage such as UPS (uninterruptible power supply), emergency power system, solar/ wind power system, electric vehicles etc.
|Battery Dealer or Distributor, Battery Management or Monitoring System , Battery Manufacturer||LiFeBATT Launches New 20Ah Prismatic Plug & Play Pack Line||
LiFeBATT, Inc. was founded in August 2007 as a "C" corporation by Michelle Robinson and Don Harmon. Corporate offices are currently located in Danville, Virginia.
The company's mission is to manufacture, market, assemble, distribute and support advanced battery storage solutions to customers worldwide. LiFeBATT, Inc. currently markets advanced Lithium Iron Phosphate battery cells, integrated battery pack modules, battery management systems and peripheral equipment. The company manufactures their battery cells and components in Taiwan, assembles them into custom designed packs and adds an integrated digital battery management system. Using this new proven battery technology LiFeBATT addresses market needs in new creative ways.
The company is poised to grow rapidly as it focuses on new applications for light weight powerful batteries being developed for major customers in mature markets. They are revolutionizing existing products and providing product life extension in the marketplace. In summary, LiFeBATT’s approach is to design a battery solution specifically for each customer’s product application, in most cases working with the customer’s engineers. This process involves significant time invested by company management to understand the application and provide the customer with the optimum battery pack, controls and support. After years of doing just that LiFeBATT is ready to increase sales dramatically by assembling and delivering those battery products right here in the US.
|Battery Manufacturer||Leyden Energy||
"Leyden Energy, formerly known as Mobius Power Inc., is a leading Lithium Ion R&D and manufacturing company that has perfected a patent on uniform cell heat distribution resulting in greater thermal stability in high energy density lithium-ion batteries. Leyden’s technology provides all the safety of Lithium Iron Phosphate with added benefits of higher energy density and longer cycle life. Leyden has developed a unique cell technology that demonstrates superior cycle life (>1000 cycles), and excellent performance in high heat environments continuously to 60 degrees C."
In other words they're an early phase startup with promising technology and worthy of keeping an eye on them.
|Battery Manufacturer||K2 Energy Solutions||
Manufacturers of lithium ION in 18650 and 26650 cell sizes. They also manufacture battery packs and battery systems, made with their cells. Their web site shows a car which uses their cells, and they've made a deal with Universal Power Group where UPG will distribute their batteries for use in vehicles.
|Battery Manufacturer||Flux Power||
They have designed a lithium-ion battery which packages several cells into a box. The system includes a battery management system. It looks to be incredibly well designed.
|Battery Manufacturer||Farasis Energy||
"Farasis Energy, Inc. is an advanced battery technology company focused on developing and commercializing innovative energy storage solutions to meet the increasingly critical, global demand for improved battery performance, cost, and safety. Farasis has established a world class facility and team for battery development. New lithium primary and rechargeable battery systems based on our patent pending materials, cell design, and safety technologies will offer dramatic increases in energy and power density, run time, and cell safety. We are currently securing high volume manufacturing capability to commercialize our first generation, advanced Li-ion cells based on our technology."
|Battery Manufacturer||ETV Motors||
"The focus of ETV Motors Ltd is the research, development and commercialization of critical EV components and their integration into turbine-powered Range-Extended Electric Vehicles (REEVs). ETV Motors Ltd is developing the enabling technologies that will facilitate the future generations of Extended-Range Electric Vehicles (EREVs)."
|Battery Manufacturer||Envia Systems||
"Envia is a clean-tech materials company working to power the electric and hybrid car revolution. We develop and manufacture innovative components that enable lighter, lower cost lithium batteries. Our patent-pending electrode technology produces lithium-ion batteries that store previously unattainable levels of energy—the highest capacity in the world. They’re also safer and longer lasting. Envia has developed a cathode material based on inexpensive metals (including manganese) that stores more energy per weight than anything else in use today. Our cathode’s crystal structure is inherently more stable than that of most commercial batteries, making it much safer. We also develop novel electrolytes that further increase our safety factor."
Electrovaya Inc designs, develops and manufactures proprietary Lithium Ion SuperPolymer® batteries, battery systems, and battery-related products for the clean transportation, smart grid power, consumer and healthcare markets. The Company’s mission is to accelerate clean transportation as a commercial reality with its advanced power system for all classes of zero-emission electric vehicles and plug-in hybrid electric vehicles.
Electrovaya’s technology is primarily characterized by superior energy density. Its nanostructured Lithium Ion SuperPolymer® platform technology provides a faster, more efficient transport of lithium. This equates to its ability to pack more energy into smaller and lighter spaces.
|Battery Dealer or Distributor, Battery Management or Monitoring System , Battery Manufacturer||EIG Battery||
A Korean maker of lithium-polymer cells and battery packs. The cells are constructed in a 'pouch' and they offer a very high discharge rate (10C-20C).
|Battery Manufacturer||CFX Battery||
A start up advanced battery company that is focused on developing and commercializing new, innovative and disruptive battery products.
Technologies consist of the following:
Their main product line is battery packs for laptop computers. However a couple years ago they announced an intention to enter the market for vehicle battery packs, and have kept moving in that direction.
"Boston-Power’s lithium-ion battery technology platform is based on a design that delivers high energy density cells optimized for the mobility needs of the transportation market, allowing for long-range, fully electric drive at the industry’s lowest cost."
Some of the key benefits offered by the Swing 4400 over alternative cell technologies include:
Not much is known and they do not have their own website. It was founded by former engineers at Tesla Motors who had been involved in battery pack design. They especially worked on the productized battery pack that would have been sold to other manufacturers. Atieva is thought to be working on the same idea, to produce a productized battery pack made from commodity lithium-ion cells with extra scrutiny on the battery management system.
In May 2008, Stanford University Professor of Materials Science, Dr. Yi Cui founded Amprius, Inc. based on his breakthrough research in silicon nanowires for energy storage and usage. Amprius’ immediate goals include commercialization of silicon-based anode materials with 10 times the capacity of current carbon anodes, offering an increase in cell capacity of roughly 40%.
Amprius goal is to enable batteries with a significant higher energy density, while other battery companies are focused on the power of a battery – e.g. how fast your electric car can accelerate or how powerful your electric drill is.
Amprius has developed an alternative anode made of silicon nanowires instead of carbon. Silicon can hold over 10X more lithium compared to carbon. However, even with today’s best commercially available cathode materials this does not yet result in a battery with 10X greater capacity.
|Battery Management or Monitoring System , Battery Manufacturer||All Cell Tech||
The company has developed a "customized thermal management solution" for "high power lithium-ion battery systems". They've developed a "phase change material" that sheaths cells. They say it protects against thermal runaway, and extends battery life.
Not much is known about them right now. Google.org made an investment in the company in 2008. ActaCell has been working toward a 2010 commercial launch. ActaCell’s devices, which it expects to have a longer cycle life at lower costs than the competition, are based on technology developed at the University of Texas at Austin.