Today battery’s blog

Ford is using the Internet and wireless technology to accelerate testing and refinement of the advanced lithium-ion battery systems that will power its upcoming plug-in hybrid and electric vehicles.

The main goals Ford is pursuing are allowing quick, efficient recharging while at the same minimizing cell deterioration. This in turn will translate into an increased battery life. LP141WX1Recharging in different environmental conditions is one of the focuses of the carmaker.

Engineers collect real-time performance data from batteries in the lab and on vehicles in the field via a secure Internet server, and wirelessly update system software to manage thermal load and maximize power capability, energy capacity and lifecycle durability. These proprietary methods have significantly reduced test-fleet downtime and allowed Ford to more than double its battery lab-testing capability.

System-specific engineers are notified via email whenever these software update opportunities occur, based on adaptive event monitoring that can detect conditions of interest and automatically collect relevant data. This method has already led to at least 20 major design improvements for Ford’s future plug-in hybrid and all-electric vehicles.

“Remote monitoring allows us to access real-time data and make continuous improvements very quickly,” said Sherif Marakby, Ford director, Electrification Program and Engineering. “This degree of efficiency would have been unthinkable a few years ago and will help Ford bring more fuel-efficient, low-emission vehicles to market more quickly than ever before.”

Reporters learned recently: the first domestic success of a solar boat into the water and the successful trials at the same time, this boat has been bought by the buyer in Xiamen.

This called “Yi Wang Xi Shide Lai,” the 63-foot luxury yacht with fly bridge is the yacht from Xiamen Hong Yi-known industrial companies and the Italian yacht design company co-developed products. Top of the glass fiber covered with a translucent all the solar panels, making the sun shone into the cabin through the glass, and is converted into electrical energy absorption panels, the daily supply of the entire yacht lighting and some appliances use. According to reports, yacht hybrid power system used in the dock when driving and parking, can absorb solar energy and stored in batteries for rainy days or night use.

“Green energy is not only achieved, LP141X7but also reducing the impact caused by fuel leakage may be contaminated.” Xiamen Yi Wang Yacht Sales Director Cai Zhaoming this description.

Then, follow-up of the yacht to be in early September in Xiamen Bay, the five geo-Delivery ceremony. He was 20, after the first trials, the first yacht of this country very satisfied with solar energy technology innovation.

Lead-acid battery (VRLA), electrode mainly made of lead and its oxides, the electrolyte is a sulfuric acid storage battery.

Lead-acid battery state of charge, LP150X09the positive electrode mainly composed of lead dioxide, the main components of the negative lead; discharge state, the main component of both positive and negative electrodes of lead sulfate.

French Plant lead-acid battery was invented in 1859, has experienced a nearly 150-year history, lead-acid batteries in the theoretical research, product types and varieties of products such as electrical properties have been great strides, whether transport, communications, power, military or maritime, aviation in all economic fields, lead-acid batteries have played a indispensable role.

Application history when the longest lead-acid batteries, most mature technology, lowest cost battery, have achieved large-scale commercial application; but it is lower than the energy, self-discharge rate (discharge voltage and performance degradation), low cycle life, the weight of a large lead, and lead as a heavy metal recovery process in the production and possible pollution.

August 17 report,LP154WX2 president of Magna, said electric cars: Magna (Magna) electric car battery factory site will be within two weeks of selection between Spain and Austria.

The report quoted Magna Electric Vehicle Systems CEO Peter Reif saying that Magna is working with an electric car partnerships in the final stages of negotiations, the two companies in the electric vehicle battery joint venture factory site may be announced by the end of August.

The media also said that Magna may be the Japanese partner Mitsubishi Motors. Currently, Mitsubishi Motors is considering investing in Vigo, Spain 400 million euros (about 512 million euros) to set up a battery factory. Therefore, the media speculated that Magna electric battery plant will be the final location in Spain.

Shenzhen Luo Jia Electronics Co., Ltd. specializes in producing battery (1.5v, 3v, 3.6v, 9v, 12v): CR lithium manganese battery; AG Alkaline batteries; LIR lithium-ion battery; Alkaline batteries; lithium manganese battery; pillar cell; Ni-MH battery; as CR2025; AG13

LIR Battery Features: LP171WP51. Charge and discharge cycle characteristics of excellent, up to 500 Cycles. 2. With a single button to do the work of Li-ion battery power when there is no similar nickel-cadmium or nickel-hydrogen battery selection matching (that is, requiring three series of the same characteristics of the battery) problem, which is even more stable and reliable service life longer. 3, excellent safety performance, lithium-ion battery has a button for overcharge, over discharge, short circuit protection circuit, there is no danger. 4, no memory effect. Button Lithium Ion battery to support long-term constant voltage float charge, no memory effect. 5, small size and high output power, temperature range, can be -20 ° C-+60 ° C under normal operation. Charge: constant charge current 0.1CmA, after the constant voltage charging to 4.2V 2.5h. Discharge: Standard discharge current 0.2CmA to 2.75V, longer than 4.5h. 6, self-discharge rate is small, less than 5% / month. ! Main applications: hand charger, ashtrays, gifts, watches, toys, Bluetooth wireless products, PDA, electronic key, IC cards, digital products. Temperature is good, good sealing performance, storage time is long, stable discharge voltage. Other models: LIR2016, LIR2025, LIR2032, LIR2430, LIR2477, LIR3048 so.

When your mobile phone battery life was shorter (memory effect, or aging), you will buy a battery to replace it?

The next time you encounter this situation,B133XW02 please save your money, tell you a very effective way to give it a try:

1. The battery wrapped in newspaper before being placed in plastic bags placed in the freezer for three days of binding well (the newspaper to absorb excess moisture)

2. Three days later, two days out at room temperature decentralization

3. Two days after charging the battery, fully charged, yellow phone wrap test (estimated to save 80% -90%)

Event: At present, Shaanxi Province, the Office of Industry and Information Technology released the latest development of the global solar cell related information.lB121EW03 Global solar cell production in 2000 was 561MW, while the 2009 has reached 10700MW, annual average growth rate of 49.0%.

Comments: The rapid development of the PV market has played a strong pull on the role of PV industry, solar grade silicon material led to severe shortages in recent years. However, despite the impact of silicon materials in 2006 and 2007 solar / components, respectively, the annual growth rate was still 42.1% and 78%; 2008 global battery output 7900MW, although the second half of the enormous impact of financial crisis, still increase of 77.5% compared to 2007. 2009 global solar cell production for the 10700MW (including film), 2009, compared with an increase of 35.4% in 2008.

It is reported that: From 2000 to 2009 the situation of the global solar cell production, we can see the world in recent years, fast development of photovoltaic industry, prospects are bright. Mainland China’s solar cell production only 3MW from 2000 to 2009, the 4000MW, China has become the world’s largest solar cell producer.

Recently, Matsushita announced that it will completely take over Sanyo Electric. Sanyo has announced the suspension

of the company’s production of thin film solar cell program, which originally planned in the production of thin film

battery is scheduled for this year. Sanyo’s efforts currently focused on its original battery product efficiency and

market vitality.Dell Latitude E6500 battery The change in the plan: the reasons for the company’s words is due to crystalline silicon cells

continue to lower prices, photovoltaic market environment of the “dramatic” change.

In the open letter, the company wrote: “Since the Sanyo Solar Sanyo Electric and Japan by the oil companies in the

January 23, 2009 joint inception, the PV market had a dramatic change. In the PV power plant competitive with thin

film batteries crystalline silicon cells main competitors raw material costs and finished products as prices

plummet. stimulated greatly weakened the competitive advantage of thin film batteries.

“Thus, Sanyo and Nippon Oil conclusion should stay its parent company, Sanyo Solar of production expansion plans and

shifting the focus to improve the market competitiveness of the company up.”

Meanwhile the company also mentioned that the original Sanyo Solar of all employees last month to return to their

respective parent companies, respectively.

Guoyuan Securities in the latest study released report that the next 5 years, driven by the new energy vehicles, power lithium demand will increase several times, VGP-BPS2ALi-ion battery industry will enter a rapid development stage, to give industry “Recommended” rating . In recent years, electric vehicles become a developed country governments to vigorously promote the industry, lithium-ion battery-powered electric vehicle is in the fierce international competition in China in a rare historical opportunity. This will drive the lithium battery research and development, production, manufacture onto the fast lane.

In accordance with the gross margin level and technical content to select, high to low were diaphragm, electrolyte, cathode material. Recommendations concern: Fosugufen, Fluoride, Jiangsu Guotai, when l technology, CITIC Guoan. The batteries manufacturers we recommend that attention Sailing shares.

Charger Standard only said a long charging time, VGP-BPS8for the charging current is smaller. because that is not easy to damage the battery elements, and thus increase battery life.
Fast charger current large, there will be forced charge, false saturation, etc.. These factors shorten battery life easier

No impact on the mobile phone; on the battery a little bit; fever excessive tension; some may explode