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Solution to Longer Battery Life Has Finally Arrived [30 May 2014|11:10am]

A large portion of the high cost of electric cars comes from their batteries, and the biggest problem for electric car owners is the time it takes to recharge those batteries. A new battery technology from Power Japan Plus promises to alleviate both of those issues, and add improved thermal safety into the bargain.





Power Japan Plus announced what it calls the Ryden, or Dual Carbon, battery, with carbon anode and cathode that allows for charging at 20 times the rate of current lithium ion batteries. Further, Power Japan Plus claims the new batteries experience no thermal change while discharging, so electric cars using the new technology would not need a battery cooling system to prevent thermal overrun.



One of the cost factors for current lithium ion batteries are the metals, cobalt, nickel, and manganese, that go into the cathode. Power Japan Plus has found a way to use cathodes and anodes in lithium-ion batteries constructed of carbon, a much more common and less expensive material. In addition, the company developed what it calls Carbon Complex, an organic carbon derived from cotton suitable for its Dual Carbon battery.



The Ryden battery offers the same energy density of current lithium-ion batteries, so would not allow extended vehicle range based on that factor. However, the ability to charge faster might lead to shorter stops at recharging stations. For example, the Nissan Leaf can be charged from empty to full in four hours. The Ryden battery would cut that time down to 12 minutes.



The Ryden battery offers the same energy density of current lithium-ion batteries, so would not allow extended vehicle range based on that factor. However, the ability to charge faster might lead to shorter stops at recharging stations. For example, the Nissan Leaf can be charged from empty to full in four hours. The Ryden battery would cut that time down to 12 minutes.



Power Japan Plus claims its new battery technology can also discharge completely without damage to the battery, potentially letting vehicle makers get more use from the electricity in the batteries. With current electric cars, the power electronics do not allow full charging or complete discharge of the battery in order to preserve the battery life.



The lack of thermal change while discharging could eliminate some of the complexity of electric cars, and increase safety. Modern electric cars use cooling systems to prevent heat overruns in battery cells. Likewise, electric car accidents would be less likely to cause a fire due to damage in the battery pack.



Power Japan Plus has developed its new battery technology to fit a standard 18650 cell, the type commonly used in laptops, and what Tesla uses in the battery packs of its Model S. However, the company announced it would only begin manufacturing its Dual Carbon cells for "specialty energy storage markets such as medical devices and satellites." It will license the technology to other companies that have the manufacturing capability to meet demand for the electric vehicle market.



Welcome to our blog,here supply professional tips or new for you.If you need best lithium battery supplier,enter http://www.kingwellbattery.com. Kingwell is a leading battery supplier with best price in China.We provide top quality battery BMS,primary battery,rechargeable battery(lithium,Nimh,Nicd,NiZN cells) and charger.

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9V Ltihium Battery Review from kingwell [26 May 2014|02:05pm]

Welcome to our blog,here supply professional tips or new for you.If you need best lithium battery manufacturer,enter http://www.kingwellbattery.com. Kingwell is a leading battery supplier with best price in China.We provide top quality battery BMS,primary battery,rechargeable battery(lithium,Nimh,Nicd,NiZN cells) and charger.






CR9V Lithium Battery


Specification:



  • high energy density 9V lithium battery.

  • High operation voltage, 2.7V~3.0V upon loading resistance.

  • Long storage life, less than 2% of self-discharging rate per year, could be stored for 10 year at room temperature.

  • Spiral electrodes construction, could be discharged at large rate.

  • Wide operation temperature range, -40°C~+70°C


Applications:



  • 1. Utility meter (water, electricity, gas, heat meter)

  • 2. Automatic meter reading

  • 3. Alarm or security system (smoke alarm detector,security devices,carban monoxide alarms,explosion gas alarms,metal detectors)

  • 4. GPS tracking systems(data logger, dog collar, PIR sensor)

  • 5. Real time clock

  • 6. Military applications

  • 7. Automotive electronics,wireless transmitters

  • 8. Professional electronics(electronic toll collection system)


 


Model CR9V
Nominal voltage         9.0V
Nominal capacity             1200mAh
Minimum capacity           1100mAh
Dimensions 26.5mm*17.5mm*48.5mm
Discharging end voltage     2.0V
Max continuous discharging current   120mA
Max pulse discharging current   400mA
Operating temperature   -40deg. C to 60deg. C
Storage Temperature   -10deg. C to 40deg. C
Weight(g)       Approx. 25g


KINGWELL will be responsible for replacing the cell against defects or poor workmanship for 6 months from the date of shipping. Any other problem caused by malfunction of the equipment or mix-use of the cell is not under this warranty.



Storage for a long time


If the cell is kept for a long time(3months or more), It is strongly recommended that the cell is preserved at temperature range(0-25℃),low humidity, no corrosive gas atmosphere.



To know more kingwell batteries:ER14505 battery ,ER145250 battery ,

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Supply power autos economical along with more secure by the brand-new battery pack technological [22 May 2014|11:04am]

Welcome to our blog,here supply professional tips or new for you.If you need best lithium battery manufacturer,enter http://www.kingwellbattery.com.Kingwell is a leading battery supplier with best price in
China.We provide top quality battery BMS,primary battery,rechargeable battery(lithium,Nimh,Nicd,NiZN cells) and charger.



Ok,Next please read the article.



A large portion of the high cost of electric cars comes from their batteries, and the biggest problem for electric car owners is the time it takes to recharge those batteries. A new battery technology from Power Japan Plus promises to alleviate both of those issues, and add improved thermal safety into the bargain.





Power Japan Plus announced what it calls the Ryden, or Dual Carbon, battery, with carbon anode and cathode that allows for charging at 20 times the rate of current lithium ion batteries. Further, Power Japan Plus claims the new batteries experience no thermal change while discharging, so electric cars using the new technology would not need a battery cooling system to prevent thermal overrun.



One of the cost factors for current lithium ion batteries are the metals, cobalt, nickel, and manganese, that go into the cathode. Power Japan Plus has found a way to use cathodes and anodes in lithium-ion batteries constructed of carbon, a much more common and less expensive material. In addition, the company developed what it calls Carbon Complex, an organic carbon derived from cotton suitable for its Dual Carbon battery.



The Ryden battery offers the same energy density of current lithium-ion batteries, so would not allow extended vehicle range based on that factor. However, the ability to charge faster might lead to shorter stops at recharging stations. For example, the Nissan Leaf can be charged from empty to full in four hours. The Ryden battery would cut that time down to 12 minutes.



Power Japan Plus claims its new battery technology can also discharge completely without damage to the battery, potentially letting vehicle makers get more use from the electricity in the batteries. With current electric cars, the power electronics do not allow full charging or complete discharge of the battery in order to preserve the battery life.



The lack of thermal change while discharging could eliminate some of the complexity of electric cars, and increase safety. Modern electric cars use cooling systems to prevent heat overruns in battery cells. Likewise, electric car accidents would be less likely to cause a fire due to damage in the battery pack.



Power Japan Plus has developed its new battery technology to fit a standard 18650 cell, the type commonly used in laptops, and what Tesla uses in the battery packs of its Model S. However, the company announced it would only begin manufacturing its Dual Carbon cells for "specialty energy storage markets such as medical devices and satellites." It will license the technology to other companies that have the manufacturing capability to meet demand for the electric vehicle market.


More electric cars batteries:electric vehicle battery, electric car battery,48v electric motorcycle battery


Hope you like the article,best wishes!

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Development Pattern Of The Lithium Battery Industry [20 May 2014|06:36pm]

After more than 20 years of development, the lithium ion battery industry in China entered a high-speed development period. Under the stimulus policies of countries have issued, 2014 lithium-ion battery production growth in China will continue to accelerate, annual output is expected to exceed 5.4 billion only.



In fact, from the early 1990 s, China began to lithium ion battery research and development, and in 863 it plans and key research project of the ninth five-year plan. In 2012 in the lithium ion battery production around 4 billion, accounts for more than two-thirds of global output, but our country enterprise scale and technical strength also has the very big disparity with the international giant.



Entered since 2013, global market competition intensified, li-ion battery industry giants to speed up the layout of emerging markets, and the domestic lithium ion battery industry disorderly development momentum is increasingly obvious, the development of the whole industry is facing more serious situation.




Main demand of lithium ion battery market comes from the consumer electronics market and represented by electric cars in emerging markets. Growth tends to slow in recent years, consumer electronics, lithium-ion battery development of emerging markets is far lower than expected, the international market competition environment deteriorating even further.



In our case, after 2009, affected by the concept of electric car boom, lithium ion battery investment sharply rising in our country. Further intensified the contradiction between supply and demand makes the lithium-ion battery market itself in a situation of disorderly development, also caused the lithium ion battery industry in China "small, scattered, weak" situation.



Small means smaller lithium ion battery enterprises in our country. Our biggest four lithium ion battery production enterprises do god, byd, scud and bick. Lishen 2012 sales income 3 billion yuan, lithium-ion battery production more than 250 million only. SDI and one of the largest manufacturer of lithium ion batteries, lithium ion battery business revenue of more than 2012 14 billion yuan, battery production of nearly 1.1 billion only, all above is four times the size of the power of god.



Dispersion refers to the spread of lithium ion battery enterprises in our country, not form a group advantage, main show is numerous and has a wide distribution area. By the end of 2012 lithium-ion battery production enterprises above designated size in China more than 350, far more than the Japan, South Korea, etc. The number of lithium ion battery power. From the point of view of regional distribution, basic can say all over the country in the production of lithium ion battery. Most companies shows a tendency of "soldier", many enterprises still adopt approximate "manual mill" type mode of production, its products in the quantity, quality, automation level are lack of competitiveness, customer recognition, etc.




Weak refers to the lithium ion battery enterprise strength is weak in our country, it is difficult to compete with international giants, in terms of core material and key technology gap is still large, critical materials still rely on imports, battery group technology is yet to be. Our country enterprise technology research and development level is relatively low, less investment in basic research, obtained mainly utility model patents, invention patents than low. At the same time, the enterprise production technology is not high degree of automation, product quality control have great gap with the international giant. Each production link of lithium ion battery leading enterprises in our country also has realized the automation, but there are still more links still rely on manual, and SDI, LG, panasonic, etc has been basically realize automatic production. In addition, because of the lacking of intellectual property rights and certification etc, most of the enterprises in China to participate in international competition, it also makes the domestic market competition is fierce.



Hot lithium batteries:CR2450 battery,9V lithium battery



In addition,Kingwell Energy Co.,LTD from China supplys long life ordinary lithium battery,such as lithium priamry battery,lithium rechargeable battery and so on.

If you want to know more,you can enter http://www.kingwellbattery.com

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Give A New Life To Dead car battery [15 May 2014|03:54pm]



Tractor trailers filled with dead car batteries made their way up to Gopher Resource's recycling plant in Eagan, Minn. The 30-plus pound blocks were fed into a giant industrial blender and soon became material for new batteries and ammunition.



Eagan-based Gopher is one of the few companies left in the nation that sells its recycled products to battery and ammo manufacturers. Stricter environmental rules have spurred the demise of several competitors, leaving Gopher in a strong position to grow.



"There used to be 100 lead smelters in the United States, but over time we are down to 12. They (smelters) ... don't keep up with the regulations. Those that do, (survive)," Gopher business development officer Dan Leach said during a recent tour of the facility.



Employment for the family-owned company recently hit 600 after it added 72 workers and built a new plant in Tampa, Fla. Gopher, which generates "hundreds of millions" in sales annually, is also on track to boost lead and plastic recycling rates 20 percent this year.



"We will probably recycle 540 million pounds of lead-acid batteries this year ... 300 million of that is right here in Eagan," Leach said.



Gopher has since spent more than $8 million on air and water pollution-controls in Eagan to comply with more stringent environmental rules. Next week, it begins testing a new $15 million sulfur-dioxide removal system that could be a first in the industry. The company is working with the EPA and state on that project.



Gopher has been cited in the past decade for EPA violations, including improper labeling, a missing factory sign, and once in 2010 for exceeding acceptable air lead-levels under tightened EPA rules.



But Leach said company owners hope to stay ahead of environmental regulations. If Gopher stays within guidelines, it can continue to grow and provide jobs, he said.



Wayne Gjerde, recycling market coordinator for the Minnesota Pollution Control Agency, said Minnesota used to have an issue with batteries being dumped in landfills or chucked on the side of roads. But today, "batteries are one of the success stories in recycling. Now we see a pretty high rate of recycling on car batteries," noting that Gopher is the only battery smelter in the state. It now processes more than 10 million car, truck and boat batteries a year.



Last week, Andrew Lindsey and three other workers in respirators, shoveled hardened lead from the floor around the kettle and pouring area. Soon, they were guiding a nozzle of oozing silvery metal into 1-ton molds that hardened in two minutes.



"It's so cool to learn the steps to making lead," said Lindsey, who started his job April 1. "I never knew about any of this, the furnace, the kettle, the lead. I like this a lot."



Lindsey, who now makes $20.24 an hour, has to keep up with a demanding pace. It takes about 100 car batteries to create a 1-ton block of lead. Across the Gopher complex sits a sprawling warehouse filled with pallets of towering batteries.



"Some days we had 70 semi trucks full of batteries coming in. Today we have 47," Leach said while taking visitors on a tour last week.



After the dead batteries were unloaded from the trucks and smashed up using an industrial blender, water and grates separated the lead, sulfuric acid and plastic that made up the batteries.



Chunks of lead were collected, washed and fed into a 2,500 degree furnace. Workers then poured the molten liquid into 1-ton blocks or 70-pound ingots that are shipped to battery manufacturers.



Some of the lead was cast into cylinders and shipped to Federal Cartridge in Anoka, Minn., and other ammunition makers. Gopher's been supplying lead to the military and ammunition makers for 60 years. It's also supplied the nation's largest batterymakers for decades.



"We buy millions of pounds from them every year," said Rick Leiby, metal operations vice president at East Penn Manufacturing, the country's second largest lead-acid battery maker. "Their operation does some things that not everyone does. They not only recover the lead but they also recover polypropylene plastic from the battery case. We take the plastic and turn it into new battery cases."



At Johnson Controls Power Solutions, the largest U.S. lead-acid battery maker, recycling general manager Tom Parmenter said he likes that Gopher helps keep car and truck batteries out of the waste stream. "Gopher is an important partner in our effort to bring battery recycling levels in the U.S. to 100 percent," he said. "At Johnson Controls, we are working actively to ensure that all automotive batteries get recycled safely. Gopher helps us realize that goal."


Maybe you like:AA Li/FeS2 battery, AAA Li/FeS2 battery, CR123A lithium battery, CR14505 lithium Battery



Original Article comes from:http://www.artbracket.com/profiles/blogs/give-a-new-life-to-dead-car-battery

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High Quality CR2450 And CR2032 LithiuM Primary Battery [13 May 2014|04:44pm]

Kingwell supply high quality coin cell primary battery,CR2450 and CR2032 are the members of them.

CR2450 Button Lithium Battery



CR2450 3V lithium battery, rated voltage 3.0V, is two times of dry battery, it takes metal lithium as anode pole, MnO2 as cathode pole; it features high voltage and energy density, good sealed characteristics, safety application, low self-discharge rate, long storage life etc.



CR2450 3V battery with wire, welds and wire manufacture by high frequency inverter spot welder, this avoids weld piece drop, black spot on weld, and damages for battery etc. issues. Connector and wire could custom design according to specific requirement, apply period is 3 years efficiently.



Specification:



  • Performance parameters

  • Model: 3V CR2450 Lithium battery

  • Rated Voltage: 3V

  • Open Voltage: 3.05~3.45V

  • Average Weight: 0.8g

  • Size: 24.5mm×5.0mm

  • Rated Capacity: 550mAh


  • CR2032 Coin Cell Lithium Battery



    3V CR2032 lithium button battery,is belonged to MnO2 structure,takes MnO2 which chemical performance stable as cathode,metal lithium as anode material, electrolyte is solid material, shape like button, simple called lithium button battery or lithium manganese button battery.



    CR 2032 lithium button battery features high energy density (250Wh/kg), long storage time, low self-discharge, safety application, wide work temperature range etc. advantages, battery could normal work during -40~+60℃ range.



    Specification:



  • Nominal voltage: 3V

  • Cut-off voltage: 2.0V

  • Nominal capacity: 210mAh

  • Standard current: 0.4mAh

  • Continuous current: 3mA (maximum)

  • Pulse current: 30mA (maximum)

  • Maximum dimension: ?20.0 x 3.2mm

  • Weight: 3.1g

  • Temperature: -40 to +60 degrees Celsius


  • Applications Of Coin Cells Batteries



    Devices using button cells are usually designed to use a cell giving a long service life, typically well over a year in continuous use in a wristwatch. Most button cells have low self-discharge and hold their charge for a long time if not used. Higher-power devices such as hearing aids, where high capacity is important and low self-discharge less so as the cell will usually be used up before it has time to discharge, may use zinc-air cells which have much higher capacity for a given size, but discharge over a few weeks even if not used.




    If you are looking forward to a best lithium battery manufacturer,please visit http://www.kingwellbattery.com.



    Tel.: +86-755-21679203

    E-mail: sales@kingwellbattery.com

    Msn: sales@kingwellenergy.com

    skype:Kingwellenergy

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    Panasonic Has 39% Share of Plug-In Vehicle Batteries, Thanks to Its Deal With Tesla [08 May 2014|03:07pm]

    Batteries for hybrids and plug-in vehicles are growing fast, more than tripling over the past three years to reach 1.4 GWh per quarter, according to the Automotive Battery Tracker from Lux Research. Panasonic has emerged as the leader thanks to its partnership with Tesla, capturing 39% of the plug-in vehicle battery market, overtaking NEC (27% market share) and LG Chem (9%) in 2013.



    "Even at relatively low volumes -- less than 1% of all cars sold -- plug-in vehicles are driving remarkable energy storage revenues for a few developers, like Panasonic and NEC, that struck the right automotive partnerships," said Cosmin Laslau, Lux Research Analyst and the lead author of the new Lux Research Automotive Battery Tracker.



    "To understand this opportunity, we combined a comprehensive data set of vehicle sales with detailed battery specifications for each car and supplier relationships, yielding a flexible tool that uncovers unexpected insights into this fast-changing market," he added.



    Lux Research analysts used historical and current vehicle sales, detailed battery specifications for each car, and supplier relationships to create the Automotive Battery Tracker. Among their findings:



    The electric vehicle drivetrain is the most lucrative for battery developers. Hybrids move the most cars -- the Toyota Prius is the best-selling car in Japan and California -- but their small battery packs mean they require less energy storage in total than full electric vehicles like the Nissan Leaf. Hybrids demanded 481 MWh of batteries in Q1 2014, while electric vehicles called for 774 MWh. Nonetheless, in terms of demand by OEM, hybrid leader Toyota (28%) edges EV providers Tesla Motors (24%) and Renault-Nissan (21%).



    Regulations and consumer preference drive significant regional differences. China has the highest ratio in the world of plug-in vehicles to hybrids, but its average EV battery packs are less than half the size of those sold in the U.S. Adoption of hybrids also varies widely: Japanese consumers bought more than three times as many hybrids as U.S. drivers did, despite Japan being a much smaller automotive market overall.



    Lithium-ion extends its lead, but NiMH sticks around. Lithium-ion batteries captured 68% of the 1.4 GWh of batteries used in plug-ins and hybrids in Q1 2014, with nickel metal hydride (NiMH) technology trailing at 28% -- but kept aloft by Toyota's loyalty to the lower-cost technology for its top-selling Prius. Next-generation solid-state batteries continue to make only a small dent, with less than 1% of the market.



    The Automotive Battery Tracker is produced by the Lux Research Energy Storage Intelligence team.



    Other Battery: lithium primary battery,lithium rechargeable battery,NiCd rechargeable battery,NiMh rechargeable battery




    If you are looking forward to a best lithium battery manufacturer,please visit http://www.kingwellbattery.com.



    Tel.: +86-755-21679203

    E-mail: sales@kingwellbattery.com

    Msn: sales@kingwellenergy.com

    skype:Kingwellenergy

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    KingWell LiSO2 Lithium primary battery [05 May 2014|06:54pm]

    Lithium-Sulfur Dioxide batteries have a metallic lithium anode (the lightest of all the metals) and a liquid cathode comprising a porous carbon current collector filled with a sulfur dioxide (SO2) solution. They deliver a voltage of 2.9 V and are cylindrical in shape, in A, C and D size.



    Lithium-sulfur dioxide cells have a high energy density and a good capability for delivering repeated bursts of high power. This capability derives from the spiral construction and is utilized in most of the applications addressed by this type of cell.







    Overview:


    Lithium Sulfur Dioxide Li-SO2 primary Battery delivered a voltage of 2.9V. The batteries have
    a high energy density and a good capability for delivering repeated bursts of high power.
    This kind of cell is mainly used in defense applications, utility metering and etc.




    Key Features:



  • Great output, steady operation voltage and safety.

  • *OCV is between 2.9~3.0V, operation voltage would be changed with different loads 2.6~2.8V), cut off voltage is 2.0V

  • *Wide temperature range of operation from -40°C to 75°C.

  • *Suited for large current continuous discharge and pulse discharge.

  • *Excellent shelf life (10 years), low self-discharge (1% or less per year).



  • Applications:



  • Alarms and security wireless devices

  • Mobile asset tracking

  • Electronic Meters (Water, Gas, Electricity)

  • Professional electronics



  • If you are looking forward to a best lithium battery manufacturer,please visit http://www.kingwellbattery.com.



    Tel.: +86-755-21679203

    E-mail: sales@kingwellbattery.com

    Msn: sales@kingwellenergy.com

    skype:Kingwellenergy

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    Do you Know Batteries Application And Technology [30 Apr 2014|02:00pm]

    Batteries are primary and secondary.Primary batteries can be used only once because the chemical reactions that supply the electrical
    current are irreversible. Secondary (or storage) batteries can be used, charged, and reused. In these batteries, the chemical reactions that supply electrical current are
    readily reversed so that the battery is charged.



    Primary batteries are common since they are cheap and easy to use. Familiar primary battery uses are in flashlights, watches, toys, and radios. The most common use
    for secondary (storage) batteries is for starting, lighting,and ignition (SLI) in automobiles and engine-generator sets.Other applications include uninterruptible power supplies (UPSs) for emergency and backup power, electric vehicles (traction), telecommunications, and portable tools.



    Primary batteries are used once, then discarded. They have the advantage of convenience and cost less per battery, with the down side of costing more over the long term. Generally, primary batteries have a higher capacity and initial voltage than rechargeable batteries, and a sloping discharge curve . Most lithium primary battery do not presently require special disposal.






    Advantages



  • High energy density since no design compromises necessary to accommodate recharging.

  • Best alternative for low cost, low drain applications such as watches or hearing aids.

  • The obvious choice for single use applications such as guided missiles and military ordnance.

  • Low initial cost

  • Convenient.

  • Wide availability of standard products


  • Hot Primary batteries:AA Li/FeS2 primary battery,AAA Li/FeS2 primary battery ,CR123A lithium battery,CR14505 lithium battery,CR2032 coin lithium battery


    Shortcomings



  • Not suitable for high drain applications due to short life time and the cost of continuous replacement.

  • In terms of overall energy efficiency, single use, disposable, primary batteries are an extremely uneconomical energy source since they produce only about 2% of the power used in their manufacture.

  • They also produce much more waste than rechargeable batteries.



  • Again when the secondary batteries are connected to the external electrical source, the chemical inside the batteries react in reverse way and the batteries become ready for next discharging operation. This process is known as charging of battery.



    Generally, primary cells are low in cast and easy to store and easy to use. Mainly carbon-zinc batteries and Alkaline Batteries predominate the market of primary battery. Although where very tiny current, long service life and very small size are required, Mercury based and Lithium based batteries are used.



    Secondary or rechargeable batteries are widely used in industrial and automotive applications. Actually secondary cells are preferred to be used where the user are ready to pay higher initial cost to ensure high current delivery in a consisting and reliable manner. Lead acid and nickel cadmium batteries mainly used for commercial applications. Nickel-hydrogen and silver zinc secondary batteries are used where performance requirements are more important than installation and maintenance cost.



    If you are looking forward to a best lithium battery manufacturer,please visit http://www.kingwellbattery.com.



    Tel.: +86-755-21679203

    E-mail: sales@kingwellbattery.com

    Msn: sales@kingwellenergy.com

    skype:Kingwellenergy

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