digital batteries

Like talking on the cordless handset and wait longer and longer, but also support other types of complex wireless applications, integrated power is becoming a significant demand for these products. This article will deal with the battery, battery systems and energy conversion. We are the first topic for discussion is the heart of the system: the battery. The content of the discussion include the type of battery, VGP-BPS9/S VGP-BPS9/B battery charge and discharge, as well as system maintenance, we will consider energy needs, safety considerations, costs, unit cell (cellular) number of impacts environmental, life cycle, the unit cell fixed amount. Mesh, battery and battery the battery is a chemical reaction is an inherent tension, the battery voltage is the nature of a chemical reaction, its structure or the size and battery size. If a component can produce such an inherent tension is called a “cell unit” (cell). A battery “(battery) May contain many units of batteries can be series, parallel or mixed with, and all placed in the same case in the file. In a shell “stack” (attached) in the battery or batteries in multiple units, and these units has its own battery or the battery case, then the shell pile is called “battery (pack). Applications can also use multiple battery packs, perhaps because it required power exceeds the supply capacity of a battery, perhaps to allow a battery, the other battery is charging or maintenance. Such applications may have circuits of battery management requirements of some other order in the charge cycle at different times or under different conditions of installation and removal can be performed sequentially on each battery. Cell Structure, nomenclature unit cell there are two reaction surfaces, their chemical composition is not the same, and by a chemical reaction can not afford to separate the conductive layer is not fixed separated in the reaction between the surface will be filled with electrochemical reaction of a good material, known under the name of the electrolyte in the battery the more commercial, the electrolyte is a liquid or a gum, but in some rare cells May be gas or solid. The surface reaction, there are contacts of the circuit (tabs), in which a high potential for contact materials are in contact, equipment and low potential for negative contact. Inside the the battery case there are two particular areas to the other for non-drivers, mainly the battery positive and negative of these positive will be connected to the device via a line inside the PA3399U-1BRS PA3399U-2BAS battery positive contact, the electrode be negatively related to negative contact. Since the vast majority of cells are cylindrical, so that vendors will be covered with a layer of anode material of the separation layer, then covered with a layer of material of anode, the final when they are rolled into cylindrical cells. On the other hand, if we can reduce these layered materials covered, you can make a space more battery saving square. Lead batteries of acid on the use of the square of the hull, the battery will be added in the electrolyte, and then the positive and negative electrical panels panels rotate film is fixed, and immersed in the electrolyte. What the battery? The battery using chemicals or ion exchange reaction, the energy stored in the potential field that result. For disposable batteries (or battery) that want to use the circuit operation restoration of these reactions is a thing possible or practical, but for rechargeable batteries (also known as secondary batteries) and the words, if we applied a voltage, which is more important than the battery voltage, you can restore these responses, while the energy stored in the stack, rather than removing power from the battery. Battery management is running a series of chemical reactions. Battery Why do we need management? The so-called “secondary chemical reaction” means a place in the pile of the chemical reaction between components, that is, store and release energy and thus a reaction other than a chemical reaction. secondary reaction will not be released as heat further, but with time and the life cycle (time of loading and unloading) increase, but also produce some solid, liquid or gaseous, in particular the reaction in solid impurities in the cell surface on the crystal and the burden of coverage can be used to store a page of “reaction” (reaction sites). The heat of evaporation of liquid or gaseous electrolyte lighter components, if the rate of gas production is higher than components of the A1060 M8403 battery can absorb, it will generate the internal pressure of a sealed battery, sealed battery without cause “gas leak” phenomenon, and change the combination of chemical ingredients. If we are already at full potential in a battery continue to exercise power, then the rate of secondary reactions will accelerate significantly, the battery is so-called “on-load (overload), it not only reduces the capacity of the battery storage loads, but also shorten the life cycle of the battery; In addition to the chemistry of the battery some, excessive discharge May cause the same effect. To release the pressure inside the battery may be sealed by these gases at high pressure is off, it may cause temporary or permanent damage. The battery has a “self-discharge rate (rate of self-discharge), which refers to the current supply of external loads n ‘ is not the case, the battery of its own “escape” velocity of electricity storage. When the battery is finished loading, we still need to perform maintenance or “floating” (float) charge, and the percentage rate shall be equal to the battery-discharge rate for the battery remained at full power state. Batteries are often used together in series or in parallel. If the adoption of these works, so that a slight difference between these batteries, it is possible for the chemistry of the battery some have a huge impact. Therefore, the battery manufacturers and OEMs require batteries must have the same chemical manufacturers, the time to plant, and even the number of production lot. And even a little chemistry of the battery or the need to keep all batteries. Of all the commercial batteries, manufacturers will be in the unit cell to release pressure within the structures of security to on-load situation is extremely serious, in a gas emission control. Some cells also contain components, as well as components fuse-temperature protection, which are the most common lithium-ion batteries. Choose rechargeable batteries, the chemical mechanism that will be used to select for specific battery chemistry, we must let the battery chemistry and applications of characteristics that complement each other in business applications today, it are five kinds of commonly used battery chemistry. Dell Inspiron 1525 battery  Dell Inspiron 1526 battery

Traditionally, consumer products, appliances are mainly nickel-cadmium batteries, rechargeable batteries, because the nickel-cadmium batteries are a mature product, and we understand the chemical reactions of nickel-cadmium batteries. On the other hand, metals cadmium, their administration has become increasingly stringent in some areas, it must also make recycling compulsory associated with nickel-cadmium batteries is a mature product, and thus the capacity and life cycle not too much room for improvement. Compared to nickel-cadmium batteries, in terms of unit weight or unit volume density of energy storage, batteries nickel hydride provide a significant performance improvement of lithium-ion batteries in turn , went further, because its density storage of electrical energy that more than double nickel-cadmium batteries. Although nickel-metal hydride or lithium-ion chemical mechanism has its merits, but the drawback is that the circuit very sensitive to them, the lithium-ion mechanism, in particular clear that c ‘ is not only because the battery is damaged by mismanagement and electrolyte May ignite if the battery management is very important. Manufacturers will normally be an internal lithium-ion battery with a number of mechanisms for protection against defects to voltage / current is too large or the temperature is too high, and when the battery charge and / or circuit feeder between the cup In addition, most vendors will be inside the battery installed another series of special tours can be restored to provide protection. However, nickel-metal hydride or lithium-ion PP2182L HSTNN-LB31 battery power supply capacity is still smaller than nickel-cadmium batteries for more power, but can not use external power of the vast majority products, nickel-cadmium batteries is always the best choice. Alkaline batteries with rechargeable batteries as well as the shape of the main purpose is to replace these disposable batteries, although the price of an alkaline battery is about twice as much, but the battery life is concerned, the overall cost of the latter is much weaker. For the application of low current applications, they are not only the chemical mechanisms charge the most expensive, but it also has the lowest self-discharge rate. Life of rechargeable alkaline batteries in the shortest cycle of disadvantage is that if all cycles of charging and discharging, the battery is fully charged, then the type of battery can be used about 25 times.

The new battery

A friend bought a laptop in May to have that experience, just buy a power Laptop battery is very low, or even can not start the computer. Because the battery after a long storage period, while the battery has a natural discharge process, has a natural discharge is completed, this does not affect the battery capacity. The first charge, you must continuously charge the battery at 12 hours, and the loop for a full charge and discharge completely three times to wake up a new battery. After this procedure, the battery can be properly used. If a battery after 12 hours or three consecutive times after the charge-discharge cycle still can not charge the battery can not use that part must be replaced. Ordinary rechargeable batteries through a chemical reaction to store the electronic energy, so that its capacity is probably due to temperature, length of time are not used, the burden of the environment and the use of frequencies, are affected. What follows is the best way to optimize the maintenance of the battery to extend battery life. After starting to charge the battery, the better it is fully charged the battery power to use. Currently, some brand name mobile billing mechanism has become very intelligent. Power supply for laptop will automatically discharge the battery power only less than 95% of time will be automatically loaded. So you do not normally worry about when it will automatically use the load. Are you suggesting that every few months to make a deep cycle battery to optimize battery performance? The specific approach is to use batteries, has been using the IBM ThinkPad R40 battery capacity is 0% (when the system will automatically go into hibernation or standby, depending on the different BIOS). And then connected to the AC charger was completed at 100% to date.

Reasonable fixed mode power management

Firstly, the simplest method of power management to start, each operating system is configured with a different mode of power management, the establishment is next to Windows XP as an example (similar to other systems) in the control panel there is a “Power Options” (as shown in Figure 1), open the “Power Options”, a “Power Options Properties” window (as shown Figure 2) in the “Power Schemes” selection box, the “home / office desk”, “Laptop”, “Demo”, “always open”, “Minimal Power Management”, “Max operating battery “and cleaner than the models of the supplier and other projects. When you select a different element of power configuration, the bottom will display different configuration settings of power. In general, laptops using the “Notebook” is more appropriate courses, depending on user needs to adjust the settings. But here, I propose to close the monitor, turn off the hard drive and system standby time can be set to 5 minutes, respectively, 15 and 30 minutes, you can not adjust the system from standby and Hibernate used, because sleep is more than the stand-by power, but the opening did sleep need to occupy a portion of hard drive space.

From subtle to start saving energy, rational use, maintenance, energy-saving laptop Dell Inspiron E1705 battery can also reduce the brightness of the screen on the economies more efficient

Laptop running the process, CPU, memory, hard drives, motherboards, monitors, speakers and CD-ROMs and other equipment will consume some power, but also according to different applications and have a power consumption different. Therefore the notebook to watch DVD or run 3D games, use of time were significantly higher than editing documents, surfing the Internet and a brief reason why. Therefore, we can start from here to start saving as editing a document without a very good performance, they can properly reduce the operating frequency of CPU, but not when you see the film can be suitably reduce the brightness of the screen and off peripherals such as CD-ROM, while over time without the use of a wireless network may come to power by turning off the map without thread.

Notebook batteries currently used in most lithium batteries, in theory, there is no memory effect, but to be able to better use, but also more energy savings, the process use a laptop if you use the environment can provide a stable power supply, then as far as possible the power supply, power supply, to avoid the battery, the discharge power consumption in the process.

Notebook power consumption of various equipment to sort descending May be simple, the display – CD-ROM – hard drive – CPU – other devices. Wholly the brightness of the LCD screen placed behind the lamp can not imagine the level of lamp brightness caused by the consumption of energy is absolutely different. Therefore, if the extent permitted in the visual as much as possible to reduce the screen brightness can save significant power, but also use a dark background is more than the gaudy light output. But despite the low light over the bottom and the black lamp, or are in working order, never cut the power, and therefore recommends that everyone will leave the computer when the computer screen closed, the LCD backlight off if the time is long out of hibernation to make use of functionality or simply closed, after all, there is a LCD backlight lamp life, long-term use may cause aging.

External equipment, electricity to large energy savings strategy

General will be many mobile devices can be used, but these devices can you spend a lot of HSTNN-LB31 battery energy, such as devices connected to the laptop, even if the laptop does not work use electricity, so when we don ‘ have no need to use these things the best time to put down the laptop or in the BIOS and Device Manager, which will disable it. There are mouse most commonly used is very powerful because many of my friends do not feel comfortable with a touch screen laptop, the mouse does not know that it is a thirst for power, particularly the optical mouse, which I encourage the wider use of laptop users since the laptops with the touchpad. But if you need to use an external mouse, then stop the touchpad of the laptop, because when you use an external mouse at the same time, touchpad also work in power.

Notebook Cooling also affects the power

On the surface, cooling pad and energy-saving notebook no connection, in fact, a very close relationship between the two. Laptop because of their small and depend on the natural flow of cooling air is almost impossible, so a large number of them, such as the use of technology by heat pipe cooling. When the temperature is too high, the laptop will start-up cooling fan to help cooling, due to the use of laptops is temperature controlled fan, and only when the sony VGP-BPS5A battery temperature reaches a certain program will start, so we can assist Notebook Cooling to control the temperature of a good laptop, you can reduce the startup time temperature controlled fan, which also had more power.

In the new energy vehicle development in countries and regions around the world have been based on their assessment of different options, research the appropriate technology and Laptop battery development and to encourage support for taking a different strategy. In the current situation as a whole, Japan and the United States and Europe has focused on lithium batteries and fuel cells, but our country to take into account the resources and the maturity of technologies, the accent newly released policies on the promotion of nickel-hydride batteries in metal.

Ni-MH battery to become the object of political support China’s current

In our letter of the Department of June 25, the “new energy automotive manufacturing companies and the rules of access management products,” the vehicle, according to new energy vehicles, systems and key deadlines assembly technology, the degree of IBM ThinkPad R51 battery perfection of the national and industry standards, and industrial degree of difference will be divided into initial phase where the development period, three different stages of maturity of the technology and give Management classified.

According to state regulators, the home-products only in the production of small volumes, and only in approved areas, scope, duration and conditions of model runs, and the operational status of all products for real-time monitoring, product development phase allows the mass production only the approved area, scope, duration and conditions of sale, use, and at least 20% of sales of products running in the real-time monitoring, mature products and conventional products for the Dell Inspiron 1300 battery automobile, “the automakers and ad management product even in the sale and use of the same products with conventional automotive .

This means that in China, December 31, 2010, equipped with lithium batteries and hybrid electric vehicles will be limited to the sale and use areas, use nickel-metal hydride battery and hybrid electric vehicles can be sold and used across the country.

Experts believe that the reason why countries are now central to the development of lithium nickel-hydride batteries, metal, the main reason is that the nickel-hydride technology of metals of the hp PB992A battery is more mature than the Lithium, the most abundant mineral resources, the future of new energy vehicles will track better access to the advertising phase.

“Ni-MH – Lithium-Ion battery – fuel cell,” Industrialization Path

In the three commonly used types of car batteries, batteries lead acid to cause serious pollution of the environment has long been out of the consumer applications, nickel-metal hydride batteries, although the marketing of the integrating the moment, but key indicators of laboratory data were lower than lithium batteries, and the theory Basically, there is no room for; lithium despite superior performance, but still can not be guaranteed safety and the relatively high costs have also affected its business.

Experts predict that the new energy vehicles will be in the “Ni-MH – Lithium-Ion sony VGP-BPS5 battery- fuel cell” industry-oriented development path. From the trend of development and rates, and short-term performance can be achieved only with nickel-hydrogen batteries, nickel-hydride technology of metal drums since the most mature in the next three years, will remain the mainstream new energy vehicles, followed by nickel-hydride technology of metals of the lithium and iron phosphate, hydrogen fuel cells, one third of the world, 5-lithium year and will gradually replaced by fuel cells. Battery giant Panasonic and Sanyo also found that lithium-ion battery can be replaced within 2 ~ 3 years, nickel-hydrogen batteries, mainly due to cheaper nickel-safe hydrogen batteries, has reached high production wide. Lithium batteries also need to continue to research topics such as security, so take time business.

According to economic analysis of Japan Fuji mainstream nickel-metal hydride batteries will be able to continue until 2011, but after 2011, Li-ion toshiba PA3465U-1BRS battery will gradually erode the market share of nickel-hydride batteries, metal The agency predicted in 2009 car-use nickel-metal hydride rechargeable batteries in the world market size than the previous year by 23.7% to ¥ 92,000,000,000, but the 2015 Ni-MH rechargeable battery-vehicle market will be reduced to ¥ 55,000,000,000.

Market demand for nickel-hydrogen batteries to save 2-3 years of rapid growth in

Nickel-technology hydrogen fuel cell, and the industry chain to determine their maturity will be a period of time with the coexistence of lithium batteries, lithium iron phosphate cathode material for lithium batteries allows the emergence of performance and cost advantage has been achieved, but stable, production capacity and lack of effective management of the lack of apple A1175 battery testing continues to be a part of the new energy discourage automobile manufacturers, however, batteries nickel Hydrogen-crossed many years of fighting, technical and industrial chains are quite perfect, in a short period of time can form a stable vehicle support capabilities, and therefore can still be a period of time in vehicles new energy and widely applicable.

According to industry estimates, the market for nickel-hydrogen cell is still expected to get 2-3 years of rapid growth over the next 2-3 years, “10 City 1000″ program, the growing popularity of hybrid cars and export markets overseas for nickel and other factors make hydrogen market demand from the Aspire 3000 battery to strong growth, and when the nickel-hydride batteries, metal and batteries Lithium is still Nanfenbozhong when the nickel-hydrogen batteries will usher in a short period of rapid growth.

Among them, China has launched a “10 City, 1000″ How to get the first batch of nickel demand hydrogen battery market. It is estimated that in “10 City, 1000″ program, about 3200-4000 vehicles, new energy vehicles (including buses and cars) using Chinese-made nickel-hydrogen batteries in three years , bringing a total of about 3.5-4.4 one million kilowatts-hour nickel-hydrogen , VGP-BPS2C needs.

Together, both domestic demand and exports weakened in 2012 after the nickel-hydrogen batteries are gradually replaced by lithium batteries.

Maintaining the pace of R & D policy

In the production of automotive Dell U4873 battery business in China with a production capacity of nickel-hydrogen batteries have represented the majority of companies, including Chunlan Group, Ke-Li Yuan, the Torch High Technology, Hunan Shenzhou share Kane etc., which Chunlan Group is the nickel-metal hydride HEV battery power technology, leading market shares in a leading position in the Torch High Technology and Hunan Shenzhou possessed a certain amount of technical base and position market.

As for the lithium battery, most domestic manufacturers are not capable of mass production, but the planning of the corresponding production has been implemented, it is expected after 2010 are capable of mass production .

Experts believe that technological advances, prices for cars in China and business related to the IBM ThinkPad X60 battery in addition to promoting the industrialization of nickel-hydride batteries, metal, more attention should be some of long term, to devote resources to research and lithium battery development, and maintaining fuel cell monitoring techniques to fill a broader energy market new car is ready.

Lithium-ion battery in 2-3 years, although difficult to replace the nickel-hydrogen batteries, however, not to ignore is the future of lithium batteries replace nickel-hydride batteries in the metal abreast of new energy vehicles. From a global viewpoint, Japan is the international motor current energy news and research cell power and application of more advanced countries, Japan has big businesses in automotive and HSTNN-LB31 battery has invested in building lithium-ion power line battery production, concentrated in the 2010-2011 production. Fuji economy as lithium-ion battery will begin in 2011 to gradually replace nickel-hydride batteries, metal, lithium-ion battery, as no doubt the future of consumer technology path.

Today, Japan In addition to switch focus on lithium batteries, the Japanese cars in the development of new energy and use, particularly in the development of fuel cell vehicles and promotion, many faster than expected China’s internal. Some years ago the Japanese economy, Trade and Industry on development of vehicle fuel cell law and the promotion of a calendar, its strategic objectives are as follows: In 2010, the Japanese used vehicles fuel cell to reach 50000; in 2020 to 5 million; 2030, year to universal access to cars to fuel cell.