Sunday, 22 November 2015

Vibration power: can generate power any where, will become the IoT ace

Small power plants, "only a few centimeters square, press the button and small vibration force during operation of the machine can be converted to electricity, to achieve energy self-sufficiency of things.

"IoT (Internet of Things)," there is a major weakness, and that is power.

Although the sensor can be set up in all places of the world, via the Internet to gather information, but if there is no electricity to start the machine, everything is on paper. Connect wires for all sensors is not realistic, its built-in battery will lead to rising costs.

The technology is expected to solve this problem is to "vibration generation." This technology can be longitudinal shaking car and train travel occurs on a regular basis of the vibration motor of air-conditioning equipment, etc. to convert into energy. In Japan, the vibration power generation industry groups Affairs Bureau, while Keiji Takeuchi also NTT Data Business Institute senior manager noted that "in addition to the general impression of the vibration, as well as methods using human pressing or pedaling forces."

Previous generation efficiency of this technique is very low, but now the "broadband" and other improvements to break this bottleneck. Various types of rock can be efficiently converted into electricity. If the popularity of this technology, "small power" will appear in the world, play a supporting role for IoT will achieve energy self-sufficiency.

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Monday, 10 August 2015

Anesco and OXIS to Release Lithium Sulfur Battery Storage by 2016

National energy efficiency solutions company, Anesco is now working with the award-winning battery technology company, OXIS Energy, in order to advance the growing renewables market in the UK.

The collaboration will demonstrate the outstanding strengths of OXIS Lithium Sulfur technology and calls on Anesco’s expertise as a leader in the field of battery storage for commercial and residential renewable installations. The new battery storage units will be available for installation from 2016.

Developed in the UK, OXIS’ Lithium Sulfur technology offers many advantages, including enhanced safety and reliability, improved environmental impact and ease of install as it is the lightest battery technology available.

Adrian Pike, Anesco CEO, said “We’re delighted to be working with OXIS. The team has developed this innovative technology right here in the UK and we believe it has fantastic potential. As a company, we are always focused on bringing the latest technologies and methods of best practice to our customers and continue to be first to introduce and model how such innovations can work.”

He added: “Storing energy and alleviating the strain placed on the grid, particularly at peak times, is a critical part of creating an electricity network that will support the needs of customers - both homeowners and businesses - as we decarbonise the UK electricity network. The design of effective storage solutions supports the growth in new technologies, such as renewables, by providing the flexibility needed to be able to match generation to supply.”

According to Huw Hampson-Jones, CEO of OXIS, “The development of effective energy storage solutions remains a key driver in achieving grid parity. As the OXIS technology becomes commercially available, it will contribute significantly to grid parity of renewable installations such as solar PV and is a major shift in how energy is produced and consumed, as it reduces CO2 emissions whilst reducing electricity bills at the same time."

He added: “Storage systems using lithium ion technology, such as the much publicised Tesla Powerwall, are limited by a technology that only achieves small incremental improvements each year.  Such manufacturers will want to improve performance, safety and cost of their products, so we expect that they will also switch to OXIS’s technology in the next few years.”

This project complements the increasing number of customers adopting the revolutionary Lithium Sulfur technology – including Electric Vehicles, Defence and Marine applications.

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Thursday, 23 July 2015

UFO Energy® launched Ultra Thin Paper Battery Fetures

UFO Energy® Ultra Thin Paper Battery Fetures

 Thickness ranges from 0.20-0.50mm and weigh as light as 0.4g;
 Not containing any material that would do harm to environment, completely conforms to RoHS directive;
 More than 500 times of charge&discharge, service life can be up to 3-5 years without overheating, burning and leakage, etc;
 Not only can be charged by regular methods, but can also be charged wirelessly for card products containing battery sealed inside;

 Certain rigidities and flexibilities. Sealing without crumples and being able to endure bending in a certain degree and times;
 Meet the international standard of ISO7816 of smart card industry;
 Being widely used in active RFID, smart card and encryption system, etc;

Ultra thin paper battery

Tiny Micro Lithium Battery

Curved Lithium Polymer Battery
Quality ControlUFO Energy® is ahead of battery industry on R&D capabilities and technology innovative,all battery products acquired related certificate and patent from country. Our production arrange is strictly according to ISO9001:2000 standard, established a perfect inspection procedures and supplier management system to guarantee raw materials raw materials are in the SPC quality control, and real time monitoring manufacture system insure its stability to strengthen product's uniformity. Our product design base on APQP philosophy and adopt DFMEA method to care about product quality from the beginning with strict batch spot check to insure product quality. 

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Thursday, 2 July 2015

Apple Music could put a austere aching on your iPhone battery

We’ve had a brace canicule to analysis out Apple Music, Apple’s song-streaming belvedere that launched Tuesday. It comes loaded with 30 actor songs that you can accept to on appeal with a quick seek or a appeal to Siri.
But all that best and tech ability may appear at a price, as some users are advertisement that the new Music app is killing their iPhone’s array life.
The claims of overheating are decidedly concerning, back that would advance that Apple Music is overworking users’ iPhones and auctioning a lot of ability into its processing. You should note, however, that this is accurate of basically any app that streams agreeable because the alive agency that your accessory is consistently alive to amount content. I’ve gotten a case of Hot Buzz from Netflix, YouTube, and Hulu in the past, and those apps would absolutely cesspool my array if I didn’t accept the buzz acquainted in.
It’s harder to say for abiding that Apple Music is any added or beneath of a array hog than any added alive app, but approved users are about absolutely traveling to apprehension a difference. If you wish to accumulate an eye on how abundant ability alone apps are using, you can go to Settings > General > Usage > Array Usage to yield a attending at which ones accept been cartoon the a lot of ability over either the accomplished 24 hours or seven days. If you apprehension that Music is acquisitive all the juice, actuality are a brace suggestions that ability accumulate your iPhone alive longer.
Cut the streaming
It’ll yield a little added work, but if you aren’t just browsing and apperceive which songs you wish to grab, you ability wish to yield advantage of Apple Music’s functionality with iCloud Music Library. This will download songs to your Library and accomplish them accessible for offline listening, which shouldn’t be any added of a cesspool than arena the music you already accept loaded on your iPhone.
Shut aggregate abroad down
If you apperceive that all you’re traveling to be accomplishing is alert to Apple Music, you can added a little processing ability by closing aggregate abroad you accept running. Just double-tap your Home button, and again bash up to abutting the added apps that are open. I don’t do this generally enough, and again I acquisition that I accept 40 or 50 apps accessible at the aforementioned time. And a lot of them run things in the accomplishments even if I’m not application them, so closing them down could cut down on that added cesspool while you’re agitation out.
Listen on your Mac
This is not the a lot of ideal fix for every situation, but if you’re just blind out at home, you can accept to Apple Music through the anew adapted iTunes.

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Monday, 29 June 2015

Micro transparent ultra thin batteries luanched with 10 microns thickness

In our lives, we have become accustomed to a variety of different types of batteries, from AA to AAA battery, and the tablet battery applicated on various calculators and watches, as well as smart phones square lithium battery.But these batteries are not light and thin enough,while the thickness of the capacity and products is also a very big limitation. But now  there is a holographic micro battery come out. This ultra thin battery is different from the traditional batteries with only 10 microns thickness.

In fact, researchers and major companies have been a long time dedicated to the next generation of the development of new battery technology, and this new holographic micro-battery is very worthy of attention.The engineer teams of Illinois University show the prototype of the battery, its width is only 2 mm, thickness of only 10 microns.

This cell's area is ​​only 4 mm2, while only 12% performance degradation.The researchers said that this battery can be able to integrate with current manufacturing technology, perfect for large-scale applications in the microelectronics and chips, medical implants sensors and wireless transmitters, etc included. And this is definitely regarded as a big step forward in the field of battery technology.

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Tuesday, 23 June 2015

3D printing lithium batteries become a reality

In the past few years, 3D printing technology has quietly come to our side, and we have been able to see the use of 3D printing technology created some amazing products. Because 3D technology impress us that has been using 3D technology to print a variety of items for the past 10 years. Now, it's been a reality to be able to  print batteries by using 3D printing technology.

In the past years, 3D printing battery has caused many problems. However this can be achieved currently, new ink and 3D tool now makes printing lithium-ion battery a reality. Technology Review recently visited Jennifer Lewis, Harvard University materials scientist, to see her progress on a 3D printed batteries, although it is in the early stages, but it seems that we will not wait too long time until we print out a pair of battery .

Lewis uses a technology, which uses a series of "functional inks can be cured into a battery and simple components, including electrodes, wires and antennas." These ingredients then deposited by high pressure extruder has a very high precision, and then forced out of the ink at room temperature. The material is then dried quickly to form a necessary part of the printing 3D battery only takes a few minutes. Now, the next step is to see how long they last.

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Wednesday, 17 June 2015

Apple settle employee-poaching lawsuit with A123 System

A lawsuit that alleged Apple violated non-compete clauses after it hired five emplyees from A123 System have been settled by Apple.

A123 has agreed to abolish its complaint and abandon the appropriate to appeal, according to cloister abstracts filed Monday in the U.S. District Cloister for the District of Massachusetts. The agreement of the adjustment are confidential.

The companies aloft the achievability of clearing the case in March. At that time, Apple asked the cloister for added time to acknowledge to A123's motions back it was "exploring abeyant resolution of this matter," according to cloister filings.

Last month, Apple and A123 said in addition cloister filing that they were abutting to a accord but bare addition borderline addendum to complete a final adjustment agreement.

A123 sued Apple in February claiming it poached top aptitude from the Waltham, Massachusetts, aggregation to bureaucracy a array division. The batteries, A123 alleged, would be acclimated to ability the electric car that Apple is accounted to be developing. The accident of those workers, which included two key engineers, acquired A123 to shut down some of its capital projects, the aggregation claimed. The accusation added belief that Apple is alive on a vehicle.

After entering defalcation in 2012, a lot of of A123's business was awash to Wanxiang Group, a Chinese automotive allotment manufacturer.

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Wednesday, 10 June 2015

Tesla upgrades power output of its home battery with the same prices

Tesla announced today thatit will upgrade its line of home Powerwall batteries to more than double their initial output with the same price.

According to Tesla CEO Elon Musk, this decision to boost the power output of the batteries followed some "negative" feedback after the Powerwall products were first announced.

"We actually took some of the negative feedback to heart, and I'm happy to announce we've dramatically increased the power capability of the Powerwall," Musk told investors at the company's annual shareholders meeting in Mountain View, Calif. today.

Musk said, the Powerwall batteries will go from having a two-kilowatt (kW) steady power output and 3.3kW peak output to a 5kW steady output and 7kW peak output.

It will keep the same price of the batteries: $3,000 for the 7kW/hour (KWh) daily cycle version and $3,500 for the 10kWh backup UPS version.

"The daily cycler is sort of more about economics or getting off the grid completely, whereas the backup UPS is just there to ensure your house has power if there's ever a power outage," Musk said.

Homeowners who've signed up for solar panel installations or homes that already have them will receive "priority" treatment for delivery of the new Powerwall batteries, Musk said.

"It doesn't have to be SolarCity," Musk quipped, referring to the largest U.S. installer of residential solar systems, of which Musk is the chairman. "SolarCity is, of course, preferred, if you like the best."

Musk explained the "preferential" treatment has to do with the fact that solar systems already have direct current to alternating current inverters, which enable the Powerwalls to be more easily installed.

"We're also going to be prioritizing delivery of the Powerwall to partners that minimize the cost to the end user," he said. "So that the net result is we're expecting people to be able to purchase and install the Powerwall for about $4,000."

The Powerwall batteries, announced in May, are about 51-in. x 34-in. x 7.5-in. in size. The batteries come with a 10-year warranty.

Up to nine Powerwall battery units can be daisy-chained together on a wall to provide up to 90kWh of power. The average U.S. household uses about 20 kWh to 25 kWh of power every day, according to GTM Research.

Tesla announced last year that it partnered with Panasonic to make its lithium-ion batteries in what it calls "Gigafactories," the first one of which is under construction in Reno, Nevada.

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Thursday, 4 June 2015

10 tips to make Apple Watch life last longer


It's not really a problem for me that the run out of my Apple Watch battery life. This is never an issue for me. But it doesn't mean that you shouldn’t know how to get more out of your battery. Here's what to do...


You should disable those snippets of information you get when you swipe your Apple Watch grab data from your iPhone. Although these information don't use too much energy, but just do so if you will need more battery life. Do so in My Watch>Glances, where you just need to tap the red minus button beside any less important apps.


Turn off unwanted notifications – this makes sense because each new notification you receive will launch the Taptic Engine, which uses a little power to give you motion feedback. Limit notifications to only your most essential info in My Watch>Notifications where you can flick those you don’t need to mirror to off.


Reduce Transparency and use the Reduce Motion tool in My Watch>General> Accessibility, you will lose some of the visual appeal of the product but you might get a few critical minutes.

Turn your Apple Watche display to Grayscale in My Watch>General>Accessibility, this can same a lot of power.


Launch the Settings app on your watch, open Sounds & Haptics and turn Prominent Haptics to Off. You may also save a little more power by reducing Haptic Strength using the slide control in Sounds & Haptics. My Watch>Sounds & Haptics is the place to go to limit the energy your watch uses giving you haptic feedback.

Volume & brightness

Reduce Alert Volume and display brightness in the Sounds & Haptic settings to make your watch a little longer. You can do so on either your watch or iPhone.


Disable the automatically download any aiavilable Apple Watch equivalents of any apps you have installed on your iPhone. You can do so in General> Automatic Downloads, toggle the Automatically Download Apps button to off.


Your Watch uses power when it tracks your workouts using its built-in sensors. Launch My Watch>Workout and toggle Show Goal Metric to off and enable Power saving Mode to disable the heart rate sensor. While doing so means calorie burn calculations will be less accurate, you will save a little more battery life.

Airplane Mode

Enabling this mode (in the Connected frame) on your Apple Watch or iPhone will immediately apply it to the companion device. You will still be able to use some apps but you will no longer receive messages, alerts or calls on either device.

Power Reserve

Your last option to keep your watch working, Power Reserve, is accessed when you  press the side button on the Watch until the power dialog appears. Just tap Power Reserve to enable this – now your Apple Watch will only do one thing for you, tell the time. But perhaps that’s all you needed, after all.

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Monday, 1 June 2015

Daimler commits to release its own line of home batteries to take on Tesla

Daimler, Mercedes-Benz and smart parent company, has announced that it will release its own line of batteries for homes and small businesses within this year. The batteries will be available exclusively in Germany initially, but Daimler wants to gradually expand the market to other European countries and, possibly, the United States in the medium-term future.

Daimler executives explained quickly that the decision to enter the home battery market isn’t a direct response to Tesla’s recent announcement. The company outsources production of the lithium-ion battery packs found its in hybrids and electric vehicles to a wholly-owned subsidiary called Accumotive, which has also been building high-capacity battery packs for large commercial and industrial applications since 2012.
Chemically speaking, Daimler’s home battery is closely related to the lithium-ion battery packs found in the company’s cars. The battery works just like Tesla’s: Ideally mounted on a wall, it can be charged during off-peak hours when electricity is cheaper and turned on during peak hours when it is more expensive. Two or more batteries can be combined if extra capacity is needed, and homeowners looking to seriously trim their power bill can link the installation to solar panels or wind turbines.

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Wednesday, 27 May 2015

Will The Alumium-Ion Battery Be Widely Applicated At Electronic Device?

Researchers at Stanford announced what many saw as a breakthrough in battery technology at April 6. It appears that there are several advantages of the aluminum-ion (Al-ion) battery over lithium-ion (Li-ion) batteries, the current standard for laptops, smartphones and other rechargeable devices:

1.Safety. Li-ion battery is a explosive materials that may burst into flames, which has led to a number of recalls since their introduction in early 90s. The video Stanford released shows researchers drilling a hole through their prototype without eliciting so much as a snarl.

2.Flexible. As Scientific American explains that the battery’s aluminum metal anode (negative side) is divided from its graphite foam cathode (positive side) by a liquid electrolyte separator, which, in consumer terms, translates into a pouch as bendable—even foldable—as an underfilled ketchup packet.
3.Can be fully charged incredibly fast. Researchers managed to charge a smartphone in a minute using their prototype while Li-ion batteries require hours to fully charged.
4.Much more charging cycles, completing over 7500 charge cycles without losing capacity, compared to the typical Li-ion battery’s 1000 cycles. Previous cracks at developing an Al-ion battery usually only managed about 100 cycles.

5,Lithium is much expensive than Aluminum.
According to the advantages said above, you might be saying, eureka, they’ve done it. Unfortunately, it may be too early to declare a breakthrough yet.


The Al-ion battery’s energy density is a quarter of the typical Li-ion battery’s, according to Scientific American reports. Additionally, as Stanford chemistry professor Hongjie Dai admits, his team’s prototype “produces about half the voltage of a typical lithium battery.” He remains optimistic, however: “improving the cathode material could eventually increase the voltage and energy density.”

The same issue would likely make the Al-ion battery a no-go for smartphones and other portable devices, despite the fact that that application has generated much of the media buzz so far.

Sunday, 24 May 2015

10400 mAh USB battery with water and shock resisting

This UNIFUN USB battery is the sturdiest pack I've found and my favorite portable battery yet. It is perfect for use on a bicycle, motorcycle or camping.

I do not trust the charging system on one of my motorcycles, and for long road trips apps like Waze and evidently the podcast player run down my iPhone 6 pretty fast. Over a multi-day trip, this pack allows several full recharges of my phone. It is also small and tough enough to allow me to put the battery in the handlebar mount, and ride with the two connected. I'm not worried the constant buzzing of my bars, or random rainstorms, will damage the battery.

While slightly larger than its less rugged cousins, this battery will hold up to some adventure. It offers 2 USB charging ports, one a higher speed 5v/2.1A and one the other 1.5v/1A, and a flashlight.

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Thursday, 21 May 2015

Guide of RC Battery: Lithium-Polymer Batteries Basics Part

With many advantages such as low weight, high energy density, and ever greater discharge rates, Lithium-Polymer (LiPo) batteries have been wodely used on RC. The emergence and continual improvement of these batteries has provided an excellent performance boost for RC cars, boats, airplanes, and helicopters, while also paving the way for new vehicles such as multi-rotors. All of this electric goodness does not come without a cost. If not handled and utilized properly, LiPo batteries can quickly become damaged or even catch on fire. Today, I would like to share some basic things you should know about making the most of LiPo batteries. I will also provide techniques to mitigate the risks that these batteries pose.

When talking about a LiPo, it's neccessery to know the primary characteristics to understand the battery’s voltage and capacity. This is typically noted in a shorthand such as “4S-2200”. In this case, “4S” denotes that the battery has four cells in series. The nominal voltage of each cell is 3.7 volts (4.2v fully-charged), so the total pack voltage is:

4 cells x 3.7v = 14.8v.

The "2200" means the capacity of the battery in milliamp-hours (mAh). A fully charged 2200mAh pack can provide a current of 2200 milliamps (2.2 amps) per hour before it is fully discharged. This capacity value is completely independent of how many cells are in series. In simple terms, the capacity value allows you to estimate how long a battery will provide useful power in a given application. In practical terms for RC use, the capacity rating is typically only helpful for rough comparisons of different batteries. i.e. a 2S-5000 battery will provide about double the run time of a 2S-2500 lipo in the same RC car.

It's quite common when it was 10 years ago, while is now rare to find a RC LiPo battery that uses cells in parallel. Let’s look at an example in case you happen across one. A 4S2P-2200 battery would consist of two 4S-1100 batteries wired in parallel to provide a total 2200mAh capacity. All other things being equal, you would care for and use this battery the same as you would the previous 4S-2200 example (which is really a 4S1P-2200, but we ignore the 1P). There may be a difference in physical size, but a 4S-2200 and a 4S2P-2200 are functionally equivalent. The differences will really only matter to the guy at the factory who has to assemble the battery.

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Wednesday, 20 May 2015

APC Mobile Power Packs released by Schneider

Schneider Electric, which is a worldwide specialist in energy management, has launched the high capacity APC Mobile Power Pack range ,this is high efficiency external battery packs to local shores.

The APC Mobile Power Pack can provide mobile charging for all the device that can be charged by USB cable such as Smart phone and tablets. The new lightweight external batteries enable a greater range of apps to be used for longer periods, including energy sapping applications that use location services and GPS.

Bruce Grobler, IT Business director for Southern Africa at Schneider Electric, said, the APC Mobile Power Pack is designed to ensure that users can utilise their apps when they need them – whether that means being able to download e-mail and documents, tweet, access gaming accounts or upload pictures and videos at festivals.

“We all need more battery life at some time or other, either at home, on our travels or at work. The APC Mobile Power Pack allows users to get more from their mobile,” he adds.

There 2 sizes of this APC Mobile Power Pack external battery packs: M5 (5000mAh) and M10 (10,000mAh). The smaller M5 weighs in at 142g and measures under 108mm x 65mm x 15mm, packing enough energy to charge the average smartphone twice. M5 weighs 243g and measures under 147mm x 89mm x 14mm, it provides one full charge for a tablet or four smartphone charges.

Externally, it can support 2 devices to be charged by connecting to the two output USB connections.
The battery packs are charged using a supplied micro USB connector; charge times are typically four hours (M5) and eight hours (M10). Both external batteries are remarkably efficient at storing charges and can be left in laptop bags, handbags, rucksacks and the like for weeks on end with no significant energy loss.

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Monday, 18 May 2015

A huge changed has been occured at the Grid the way

Currently, large power plants generated most power and provided to consumers. Electric energy storage offers a double-way flow of power that makes some obvious advantages for support of the power grid. For example, storage is particularly useful for offsetting the intermittent nature of wind and solar photovoltaics, which don’t produce power on demand as a fossil fuel power plant does.

Having a battery behind the meter provides a great deal of flexibility in  energy using manage for an individual consumer. Consumers are allowed to cut their electric bills by reducing how much power they consume during peak hours when waste a high power costs, which is usual situation in many states such as California.

Houses with rooftop solar panels on the top and batteries can actually use energy from their solar systems during power outages and, with The right amount of storage, have sufficient power to last for days if the grid is out. And with enough storage, they can disconnect from the grid indefinitely – a development utilities fear.

Some states have net metering, programs in which utilities purchase the excess electricity from solar panels that’s fed into the grid. In combination with net metering, behind-the-meter storage creates the opportunity for customers to buy power from the grid when prices are low and then sell stored energy from batteries when prices are high. This practice, known as arbitrage, has led to concerns at utilities which have levied large additional charges for equipment installations in some places.

Commercial and industrial customers stand to benefit from behind-the-meter storage as well. They can reduce their usage during times of peak demand and cut so-called demand charges – fees for maximum power usage – that can dominate how much they pay for energy.

Custom battery packs

Monday, 27 April 2015

2016 BYD Tang: Plug-In Hybrid SUV Is First Of Four To Come

It's been more than six years since fabled investor Warren Buffet bought 10 percent of BYD Autos, one of the few independent Chinese automakers.
At that time, the company had big plans to become China's largest producer of plug-in electric vehicles--and then export them to the U.S.

While the Chinese market for plug-ins has developed more slowly than expected, BYD has persevered with a new range of plug-in hybrids.
It has been selling its compact Qin plug-in hybrid sedan for a year, and is now taking orders for its second model, the Tang plug-in hybrid compact SUV.
The BYD Tang retails for about 300,000 yuan (roughly $48,000 at today's exchange rate).
BYD Qin plug-in hybrid sedan, unveiled at Beijing International Automotive Exhibition, April 2012BYD Qin plug-in hybrid sedan, unveiled at Beijing International Automotive Exhibition, April 2012
And, according to a report by Bloomberg, more plug-in hybrid SUV models are on the way--including two this year alone, to be named after China's revered Song and Yuan dynasties.
A further SUV, the Ming, will follow at a later date, according to a presentation given by the company last week.
BYD was the first company in the world to launch a production plug-in hybrid; its F3DM in 2008 was two years ahead of the 2011 Chevrolet Volt.

Wednesday, 22 April 2015

Do not kill your battery! Electronic products Battery cold literacy

Today's electronic products no longer use the 5th battery to be replaced, the charge is brought more convenience and more serious cell phone addiction, but the correct way to use your battery it? The following article will reveal the dark side of your battery.

cold knowledge: new phone's battery charge in the end should be how long?
I am sure you have heard of such a legend: the first time to buy a new phone on charge must be charged 10 hours, so as to be expanded to the maximum capacity of the battery, the battery will be durable. Is it true?
Generally speaking, this view is held by parents' generation of people, that's them, a lot of old electronic products using a nickel-cadmium batterythat is characterized by "memory effect", that no long-term complete charge and discharge will allow the battery to leave a "habit" lead to a decline in the efficiency of the battery.
But today's electronic products already do not use nickel-cadmium type batteries, but all replaced by a lithium battery, lithium batteries, however, and no so-called "memory effect", with electronic products are now after the device is fully charged automatically cut off the power supply, So you dash for longer does not make sense.
So the answer to this question is that the new phone or, old phone or, full, please unplug it.
 cold knowledge II: battery run out before charging must take it?
Many people are used to the electronic products before charging the battery completely run out, in the off state began to charge, in fact, this is influenced by the nickel-cadmium battery memory effect.
For lithium batteries, there is another phenomenon called cell activity:a new lithium battery and can not play all the utility you want to use for some time after most of the lithium-ion activated in order to achieve the best results, and thorough discharge is the biggest killer inhibitory activity.
In general, the best power electronics products is 20% to 90%, so the phone at around 20% power to trouble charging it.
 cold knowledge Three: You can use the phone while charging it?
The problem is the party most likely to encounter a lot of phones, because the lack of electricity, often connected to the power supply after continued use, but it actually is a very dangerous move.
In playing the game, call these processes, the phone will have a serious fever, while charging the phone will also promote fever, when both simultaneously, it may cause the battery to overheat explosion, the explosion occurred once, maybe you would never the opportunity to use a mobile phone.
Although there are some very small daily problems, but if you pay attention, it will greatly shorten the battery life, which is why someone with a cell phone can also spend one day a year, six months before you have your cell phone hanging spank bottles.
Love is not only a mobile phone handset battery charge is responsible for your own life, oh.

Do you know the real reason for the lithium battery performance degradation it?

Li-ion battery has now been widely used in mobile devices, but the battery life is not long, 500 charging cycles will lose about 1/5 of capacity. In order to study the reasons for the lithium battery degradation, the US Pacific Northwest National Laboratory scientist using a powerful microscope to observe the success of the real-time status of the lithium battery charge and discharge.

The researchers found that when using the battery creates pressure and cause rupture electrode. In addition, for each charge and discharge cycle will leave traces of lithium electrode in addition to these "death" of lithium which can no longer play a role in the future of charging, and will cause a decline in battery capacity. The researchers also observed in the solid electrolyte interphase layer is formed on the electrode surface, which can "clog" the battery and affect its ability to charge.
Lithium who want to solve these problems, the use of alternative methods is one of the elements. In the future, magnesium, aluminum, or copper and other metals could become cheaper and stable alternative, however, the performance of these batteries is still not up to the level of lithium batteries.

Monday, 13 April 2015

Battery Tests Show Some Lithium-Ion Cells Last Over 5x Longer

Researcher Andreas Gutsch from the Karlsruhe Institute of Technology said at the PV Symposium in Germany recently that some lithium-ion cells working in storage systems experienced up to 30% capacity loss after 1,000 cycles, while some cells have a better capacity after 5,000 cycles. In other words, there can be quite a lot of variation in lithium-ion cell performance.


Testing conditions did not allow him to reveal the names of cell manufacturers. The cells were not easy to obtain for testing and he could not disclose that specific information. However, his test results did reveal that cells from China that were tested had the performance that decreased most rapidly. Cells from Japan and Germany did the best, while ones from South Korea and the US were in the middle of the performance range.

One battery type that was specifically mentioned was the Tesla battery. This battery was found to last 400 cycles and was indicated to have the ability to power a car for about 200,000 kilometers (124,000 miles): 400 cycles multiplied by 500 km per full charge. That said, Elon Musk has stated that Tesla has a Model S in the lab with 500,000 miles (805,000 kilometers) on it, and without excess degradation. So, it seems the tests have been conducted very differently or something funky is going on.

Gutsch previously noted that some energy storage battery types might have safety issues, such as thermal runaway. According to his research, safety standards for some batteries have not been met.

He does believe batteries will eventually be a great way to store electricity, though.

All, or most of us lay people are on a learning curve when it comes considering how to evaluate the best batteries for consumer technology performance. To engineers, it may not be surprising at all that there could be such a range in cell performance. It may be fairly dismaying to lay persons to find this out, though we may notice that some of our consumer devices (like smartphones and other rechargeables) have poor to very poor battery lives, with variation being rather large.

Battery storage for a home or business is quite another matter.


China's BYD ramps up 'leccycar battery production in challenge to Tesla

Warren Buffett-backed Chinese car manufacturer BYD is aiming to compete with Tesla Motors by tripling its production of batteries for electric cars over the next three years.

BYD will produce an additional six gigawatt-hours' worth of batteries per year over the next three years, said company spokesperson Matthew Jurjevich, adding that with the support of consumer demand these production increases could be continued beyond the three years of increase scheduled.

If this rate of production increase continues to 2020, BYD would be set up to challenge Tesla Motors' $5bn Gigafactory in Nevada, which is projected to achieve an annual production capacity of 35GWh when it begins operating in 2016.

Rumours of difficulties in the development of the Tesla Gigafactory have been refuted by CEO Elon Musk. The company is, however, downsizing its Chinese operations following a bungled incursion into the market which has left its distribution centres overstocked. Tesla does not currently produce battery cells, instead sourcing them from Panasonic.

Reuters cites GTM Research as estimating the electricity storage sector growing from a $128m market in 2014 to being worth $1.5bn in the US alone by 2019.

While BYD electric cars aren't luxury models like Tesla's, BYD may be at an advantage in regularly utilising Lithium Ferrophosphate (LiFePO4) batteries in their Energy Storage Systems. LiFePO4 is a Li-ion battery technology which offers a considerably longer cycle-life than the batteries Tesla uses.

In 2010, BYD came first in Bloomberg Businessweek's Top 100. Businessweek claimed that Warren Buffett, though “legendary for his dislike of tech investments”, was persuaded by Charlie Munger “to buy a 10 per cent stake in BYD for about $230m. That was in September 2008. Today Buffett's piece is worth nearly $2bn.”

BYD recently partnered with Uber, who are running 25 of BYD's e6 models around Chicago as part of a ride-sharing venture with Green Wheels.

Thursday, 9 April 2015

About the past era of lithium aluminum battery age will come up?

Chinese American scientists have developed a high-performance aluminum battery's first commercial application, its charge faster, last longer and very cheap, just one minute using this smart phone battery is fully charged. The new battery can replace the widely used but there is still insufficient lithium ion batteries and alkaline batteries. Research published in the April 6 issue of "Nature" magazine online edition.

Because aluminum battery has a low cost, easy to burn and do not have a high charge storage capacity, etc., for decades researchers have attempted to develop an economically viable to aluminum ion batteries, but has not been successful, where the key challenge is to find the right positive materials and electrolyte materials, so that the aluminum battery is constantly charging and discharging cycles can still produce an effective voltage.

The study's lead author, professor of chemistry at Stanford University Dai said: "People try a variety of cathode materials, but the effect is unsatisfactory we accidentally discovered a new graphite material, which has excellent performance, can be used as a positive electrode of the battery. "

According to the US Science Daily website reported April 6, and the cathode is comprised of graphite researchers in experiments by aluminum anode, coupled with the ionic liquid electrolyte, placed in a flexible polymer foil-wrapped software package in the manufacture of this battery. The research collaborators Gong Ming (phonetic) said: "The electrolyte is basically a liquid salt at room temperature state, therefore, the entire system is very safe."

Dai Hongjie said: "The newly developed aluminum rechargeable batteries safer than conventional lithium-ion batteries, lithium ion batteries may explode, in order to take preventive measures, United Airlines and Delta Air Lines recently forbid civil aircraft checked chunks Lithium batteries, aluminum battery will not explode. On the other hand, is currently equipped with a lithium-ion battery charging smartphones may take several hours, but the use of this aluminum battery for a fully charged cell phone just a minute. "

Aluminum ion battery developed at the University of domestic mobile phone charger available one hour four days

In addition, the new battery life is very long. Other laboratory developed aluminum battery can charge and discharge 100 times, usually lithium-ion battery charge and discharge up to only 1000, and the new aluminum battery without any loss in capacity after 7500 charge-discharge cycles later. The researchers said, "This is the first time the development of this fast, and after thousands of charge-discharge cycles 'torture' still safe and sound after the aluminum ion batteries."

Dai Hongjie said that another feature of the new battery is its soft figure, you can also make it bent its folded, therefore, has the potential for flexible electronic devices. In addition, the battery can replace alkaline batteries will pollute the environment, but also cheaper than aluminum lithium battery. "In addition to small electronic devices, such aluminum battery can be used for renewable energy storage within the grid Dai Hongjie explained:." Grid requires a long life and can quickly charge and discharge the battery, our aluminum battery is the perfect choice . "

However, the voltage of the battery to produce new aluminum lithium battery is only half of the traditional, Dai Hongjie hope can improve the performance of the cathode material, and ultimately improve the aluminum battery voltage and increase the energy density. .

Tuesday, 31 March 2015

Power lithium battery high demand in 2014 will meet the explosive growth of the future

ufo battery offical site
2014, the number of new cars in the global energy yield sales USA, China, Japan, the European Union and other countries and regions, led by more than 300,000, only China's new energy vehicle production in 2014 reached 83,900. The rapid development of new energy automotive industry, so that the global growth in demand for lithium battery power significantly. According to statistics, in 2014 the world's lithium-ion battery shipments reached 10012.8MWH.
Recalling 2014, AESC, BYD and LG lithium battery shipments over 1GWH, to become the world's top three manufacturers of lithium battery. In 2014, about 800MWH Panasonic lithium battery shipments, SDI, LEJ, Hefei, China Xuan and other enterprises Air lithium lithium battery shipments ranking. AESC batteries which are mainly supplied to the Nissan LEAF and the Renault Kangoo ZE, 24AH batteries using NCM ternary system; LG major supplier to the Chevrolet Volt, Renault ZOE, Volvo V 60 Plug-in other models, the use of the ternary system battery; Panasonic major supplier to the Toyota Prius Plug-in, Ford Fusion Energi, Ford C-Max Energi, Volkswagen e-up and other models; the main supply models SDI for BMW I3 and I8 other models, LEJ Mitsubishi I-miev, Mitsubishi Outlander PHEV and other battery powered vehicles.

Our power lithium battery manufacturers mainly concentrated in Guangdong, Shandong, Jiangsu, Zhejiang, Tianjin and other places, the Chinese enterprises in 2014 the basic use of lithium iron phosphate batteries. 2015 began, there have been a number of domestic models such as EV200, Zotye cloud 100, the second generation of BMW's promise, JAC began using ternary battery batteries. There are rumors that a number of domestic car companies are working with Panasonic negotiations, the intentional introduction of its 18650 NCA batteries fitted to their new energy vehicles. So you can see, the future of the ternary material will become the main power lithium battery cathode material. Currently the major battery plant is actively preparing, and expand the sources of procurement of raw materials, for laying the foundation for the upcoming expansion wave.
Ministry data show that two months of 2015, China produced a total of about 12,000 new energy vehicles. Market analysts said that with all levels of government continue to overweight new energy automotive industry policy, this year China's new energy vehicle population is expected to exceed 20 million units, and as a core component of the electric vehicle battery market demand will be explosive, lithium ion battery market officially entered the golden period.
Relevant institutions predict that by 2020, car ownership in China will reach 200 million, according to the new energy vehicles accounted for 2% of the total vehicle computing, when China's new energy vehicle ownership will reach as many as 4 million. According to the estimated growth curve in 2020, China's annual production of new energy vehicles will be about 1 million. According to a conservative car loaded 30kwh battery, the annual consumption of battery power will reach 30 million kwh, the annual consumption of about 50,000 tons cathode material, anode material about 2.5 million tons, about 28,000 tons of electrolyte, separator of about 400 million square meters. At the current yield calculated on battery power, 2020 will be the expansion of our battery 8x power lithium battery industry will usher in the explosive growth and related industries to flourish.

More about UFO Lithium battery:

LG Chem will provide the lithium battery cell Daimler Smart EV

K-car News LG Chem has released an official statement saying that Daimler has selected the company as a supplier of lithium batteries, will provide Smart EV battery, which models will be launched in 2016.

LG Chem will provide Daimler cell, battery pack assembly by Daimler.
Last August, LG Chemical also received orders for Audi's battery, which provides support for plug-in hybrid vehicle lineup. The company also noted that the future is expected to get more orders from Audi's parent company Volkswagen Group.
In the field of automotive batteries, LG Chemical has gained 20 customers, including General Motors; the company's goal is to overall sales in 2018 will increase to a large battery of 10 trillion won (US $ 9.8 billion) or more.

Friday, 6 March 2015

How to Save Power for Your Iphone6? Iphone6 Saving Power Tips

1, Note the signal strength
One culprit phone battery consumption is often quick search weak signal, but for us, but there is no way. If you are in a relatively poor signal areas, consider temporarily switch to flight mode, not iPhone constantly searching weak signal. Also Wi-Fi can be used under the conditions as much as possible with Wi-Fi, cellular data equally unstable cell phone battery will bring relatively large consumption.

2, closed useless notification center applications
Many applications in the notification center will continue to push the message that you really need it? I think most people are not yes. Each application will consume little power push notifications, so we have to cut off the source. To "Settings", "Notification Center" go close it, and do not forget to turn off the sound alerts and icon.
3, change the display settings
Display is power-hungry, and therefore do not have the time necessary to make it fast closing. To "Settings", "universal", "auto lock screen" in the look, will automatically lock the time to adjust to the relatively short range. In addition, we can also to set the brightness of the wallpaper and close the "Auto Brightness" adjustment, so that the screen is always in a state under a relatively dark, you can also save a lot of power, after all, we only need a relatively large in the case of direct sunlight brightness, and this situation does not always occur relatively.
4. Disable animation
If you do not cold dynamic background and visual difference, 3D effects, then the same can be closed off. Although they look interesting, but also consume more power. We can go to the set of "wallpaper and brightness", select a static image as wallpaper, and in the "General", "Accessibility" close animation.
5, reduce application background refresh
People like between different applications constantly switching back and forth, but you know too many applications running in the background is also very power it? You can close out the background to set the refresh most applications. This is particularly true in the background refresh Facebook application, really special power. Reload each time you want to use, is a more effective method of saving.
6, collect email manually
Push e-mail first thing for some people it is very convenient, but also depends on whether or not to open the frequency and intensity of your e-mail. If we allow the system to receive five minutes once every mailing list in the background than to manually refresh a lot more power. Suppose if you only need a few hours to see a mailbox for each can, then there is no need to let the system automatically collect e-mail in the background. To get to the settings to adjust it.
7, close positioning
Unless it is a map so you must use the positioning application, otherwise location tracking in fact not much use, it is also very power-hungry features.
To "Settings", "Privacy" in the closed position location services, or keep those applications must be positioned, the other useless are turned off. In addition, "Location Services" in the "System Services", there are many built-in functions can be canceled positioning systems, such as location-based advertising iAd based diagnosis and dosage reminders and location and so on.
8, keeping the environment cool
Also affect the temperature of the battery life, do not take iPhone6 put under direct sunlight. When play the big game, or watching online videos, mobile phone batteries can also cause fever, may wish to stop and take a break, so that the temperature decreases and then continue it.
9. Turn off Automatic Updates
Generally, either the application or system update will bring new features, but always automatically updated, will consume electricity at inopportune times. To the "Settings" in the closed iOS system, automatic updates, and "iTunes and App Store" closes the application automatically download the update, it will also save power, even if the hand update, but also choose the next Wi-Fi environment.
10, turn off Siri
If you do not regularly use Siri, you can go to the "Settings", "universal" in the turn off Siri, because when you're not careful it does not touch the Home key to retrieve the start Siri.
11, turn off the vibration
In the "Settings", "voice" can choose to turn off vibration, while the "Mail" set in vibration close the new e-mail alert, doing so will really save you a lot of power.
12, turn off iCloud
We enter into iCloud setup, you will look at cloud sync you will consume a lot of data and power, of course, the case that you can connect the phone back on the charger sync iCloud backups can also be a very good save important data.
In fact, we often feel that their phone is power, why was not any electricity on out shabu, in fact, many times this is with some of your habits with the machine, we want to get rid of those bad habits with the machine, we recommend you Some applications do not back off, to reduce unnecessary start-up items, I hope that today's 12 iPhone6 saving tips for you to help.