Posts Tagged ‘inspiron 1520 battery’

To properly care for batteries (B)

April 23rd, 2010

These battery types are there:

The Nickel-cadmium battery (NiCd) is one of the veterans. It is characterized by a long life expectancy, high robustness and fast loading times. Low and high temperatures it can during the operation of less harm than other Sony battery. The disadvantage: Cadmium is a harmful environmental toxin. In addition, NiCd batteries are particularly vulnerable to the infamous “memory effect, have a low energy density and high self-discharge.

NickelMetal hydride (NiMH) batteries are the successors of NiCd batteries. They know only a faint memory effect (sometimes called Lazy-battery effect) and have a higher energy density. Positive is the absence of highly toxic metals. But he tolerates less charge cycles than NiCad battery. This must not necessarily make noticeable: even with daily use of  inspiron 1520 battery can last several hundred charge cycles to three years

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The Lithium-Ion (Li-Ion) has low self-discharge and high energy density. It can store more energy at the same size as the older NiCd and NiMH sony vgp-bps5 battery. Also from the memory effect, he is spared, making it easy to maintain. The high energy density has a price: The Li-Ion battery is more expensive than its predecessor. To create it also makes the decay by oxidation. Its capacity increases so dramatically already after two to three years – even if it is not used

The Lithium-ion polymer battery (Li-ion Poly) is a relatively new product. Unlike the Li-ion sony vgp-bps2c battery it uses no liquid electrolyte. This eliminates the metal to protect the stable housing. The advantage is that freer designs and lighter batteries. Otherwise it corresponds to the Li-Ion battery.

Before we tell you on the next pages as you use your Ibm thinkpad t61 battery optimally, and extend their life span, we also cast the next page a look into the future.

Japan’s Idemitsu Kosan has developed lithium-ion batteries phosphorus sulfide solid electrolyte

March 9th, 2010

Japan engaged in petroleum and petrochemical business, and its Idemitsu Kosan Company March 8, 2010 announced that it was accelerating the development of solid-state lithium-ion inspiron 1520 battery phosphorus sulfide solid electrolytes (Li2S-P2S5), the company will be officially launched in 2012 solid-state lithium-ion batteries The new electrolyte.

Idemitsu Kosan Co. as the company confirmed that lithium sulfur rechargeable lithium-ion battery (rechargeable batteries) are potential as electrolyte materials, and are currently being evaluated with the PPS resin to produce high-purity lithium sulfur technology. Since 2006 the company set out to develop a solid electrolyte based on the material will be highly applicable to hybrid vehicles and electric vehicles, at room temperature, the lithium-ion conductivity is 4 × 10-3S/cm in developpment of the electrolyte,, the equivalent of lithium-ion secondary thinkpad t40 battery is applied to the use of liquid organic electrolyte.

However, compaired to the liquid organic electrolyte,solid electrolyte has an excellent stability, even at high voltage and temperature, it can also resist deterioration or evaporation. Solid electrolyte can also avoid security risks, such as solvent leakage and fire, which also has a wide range of construction of technical merits. With Idemitsu Kosan’s development of solid electrolyte thinkpad t400 battery are also available at low temperatures below 0 ° C run.

Phosphorus sulfide solid electrolyte can be used asd a variety of electrode materials, and can have a high capacity cathode electrochemical nature.

Idemitsu Kosan has demonstrated its lithium-sulfide electrolytes A6-size (105 mm × 148 mm) thin-layer solid-state lithium-ion (Li-ion) batteries.

the output voltage of A6-size thinkpad t61 battery with cascade double-click is 14-16V, solid electrolyte film thickness is about 100 μm, film thickness will be further made into 10-20 μm, it can reduce resistance, and explore the optimization of electrode materials.


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