Market share of lead acid batteries,how to prevent car battery from going flat,audi q5 car battery replacement kit,are sealed car batteries rechargeable batteries - New On 2016

The lead-acid battery has been playing an important role in the automobile and motorcycle industries for a long time. The anode material used in a lead-acid battery is lead dioxide, the cathode is lead, while the electrolyte is sulfuric acid and water, in the proportion of 1.24.
From the perspective of the existing lead-acid battery market, the global market share of the lead-acid battery in 2010 was 36.2 billion U.
Of all the current downstream market applications for lead-acid batteries, the largest ratio is still the starter battery for automobiles and motorcycles.
Due to the long period of development, and a mature and stable technology, the lead-acid battery market is gradually turning away from the pursuit of technology development, to focus on the competition of price and the stability of the battery. As for the development of battery technology, in order to further stabilize the market, the new product series introduced by the manufacturers in recent years has focused on improving the performance of lead-acid batteries. When the President of the United States delivers the state of the union address to Congress, he customarily charts a forward-looking course of action. What the President said in 2011 was part of the Administrationa€™s aggressive plan to develop new drive train technologies, including lithium batteries to make plug-in hybrid and all electric vehicles part of the transportation mainstream by 2015.
This year, the Presidenta€™s state of the union address on February 12, 2013 reflected that reality. He also shifted his focus onto the issue climate change, specifically cutting carbon emissions from utility and industrial boiler installations using coal and other fossil fuels with high carbon content. That was a clear signal that he would direct the US Environmental Protection Agency (EPA) to proceed with a new rule limiting emissions from new power plants to 1,000 lbs. This doesna€™t mean that progress toward the goal of moderating the use of petroleum in vehicles hasna€™t been made.
While sales of plug-ins and all electric vehicles have not met expectations, sales of mild hybrids and micro hybrids a€“ a category that includes stop-starts a€“ continue to do very well.
The use of improved batteries a€“ such as those developed by the lead-acid industry a€“ are part of the story, along with turbo charging, start-stop technology and an anticipated greater use of natural gas (either compressed or liquefied). What is important to note, however, is that the market is providing consumers with more of the cleaner vehicles they want, even if the process of producing the vehicles is not turning out as originally expected.
Slideshare uses cookies to improve functionality and performance, and to provide you with relevant advertising. Clipping is a handy way to collect and organize the most important slides from a presentation. In recent years, the lead-acid batterya€™s applications can be seen in the markets of Uninterruptible Power Supply Systems (UPS), UPS used in communication base stations, medical equipment, and electric vehicles.
The combined total of the two applications accounts for nearly sixty percent of the market, followed by UPS, driverless transport vehicles, electric forklifts, and electric bicycles. After a long period of industry development, the manufacturing processes, and the market channel management strategies are mature.

On the topic of battery prices, because of the gradual increase in the price of lead each year, lead-acid battery manufacturing, which accounts for over 60 percent of the global lead consumption, is experiencing the pressure of rising costs on battery pricing. Sometimes, however, ita€™s useful to take a look back to see how a policy emphasis can change. However, with only two years to go on the pledge President Obama made in 2011, the US is nowhere near the goal of having a million electric vehicles on the road by 2015. It is this category that, in large measure, uses lead-acid batteries, notably AGMs produced in the US by companies that are members of the Advanced Lead-Acid Battery Consortium (ALABC).At a hearing before the House Science, Space and Technology Committee on February 13, one day after President Obamaa€™s state of the union address, the administrator of the US Energy Information Administration, Adam Sieminski, predicted an impressive growth of mild hybrids in the coming years.
Nor does it mean that DOE hasna€™t paid any attention at all to innovations by the lead-acid battery industry. Steadily growing automobile sector and rising need for power backup is primarily aiding growth in the lead-acid battery market.
The emphasis is on multiple end-user segments, for which SLA battery technology has been historically well suited and commonly used. Because of the early commercial applications, product maturity, and the low cost, it is still the product with the largest market in electric storage technology. When the battery is in a discharged state, the active materials of the anode and cathode react with sulfuric acid and form lead sulfate; when the discharge stops, the concentration of the sulfuric acid in the electrolyte decreases, and the resistance inside the battery increases. Therefore, when considering the growth of the future market, it must be based on the growth of the application markets. Some manufacturers established factories in Mainland China, Vietnam and other countries; in addition, they are focused on allocation and integration of the factory manufacturing process and production capacity in trying to improve management performance.
Therefore, the industrys operation strategy, in order to save production costs, is that in addition to considering setting up factories in locations that are near, and thus easy to supply, major car manufacturing and assembly markets, it is establishing factories in countries with low production costs, such as Mainland China and Vietnam.
In the future, the lead-acid battery industry is expected to still focus on the demands of the starter battery for the downstream motor vehicles, and the industry-use energy storage, as the major development directions for future battery design and improvement. That, in turn, would be a prelude to a much more controversial plan to extend that limit to existing power plants. For example, the federal governmenta€™s financial support of lithium ventures has had mixed results. The replacement market for batteries has also been growing considerably and is mostly served by smaller firms. Theemphasis is on multiple end-user segments, for which SLA battery technology has beenhistorically well suited and commonly used.Forecast PeriodThe forecast period for this study is 2011 to 2017. Whether it is the selection, research and development of the materials, processing technology, or the battery recycling technology, the industry technology and the market have entered the mature stage.
It is during this time, that it requires the generator in an automobile, or a motorcycle to recharge. The future of the industry, following the market growth of automobiles, motorcycles, and storage applications, is estimated to have a 2~5% annual market growth rate until 2015.

In 2010, the recovery of the global consumer automobile market, and the growth of automobile market shares in the Asian countries, became the major contributors to the market growth for the lead-acid battery. Johnson Controls took the highest market share for a single vendor in lead-acid market in 2010, with over a quarter of the market share. For example: Johnson Controls has long been attacking the automobile starter battery market, and its global channel marketing strategies have propelled its cooperation with major car manufacturers in many countries.
The automobile market is growing in the countries of the emerging market, and the demand for vehicles is expanding. In the meantime, the industry will continue the practice of using regional market channel strategy, and lower production costs, as the important consideration factors in selecting the locations for factory setup, and establishing market strategies. Last week the Department of Energya€™s inspector general issued a report highly critical of one recipient, LG Chem, which received a $151 million grant to support lithium battery cell production at a facility in Holland, Michigan. They function mostly in the semi-urban and rural areas, catering to the battery needs of old automobiles, tractors and other farm equipments. In addition, the exceptionally hot summer weather, resulting in higher failure rates for lead-acid batteries, has led to an increased demand for starter battery replacement. Other vendors, such as Exide Technologies, GS YUASA, Enersys, and East Penn, took less than a 10% market share each.
In recent years, it has been targeting car manufacturers in Mainland China as the main sales focus, while setting up a market plan for electric vehicles, a hot topic in recent years; Exide Technologies major market is in the United States and Europe, and it is also targeting mid- and downstream car manufacturers of the automobile market as the main sales focus. To lead-acid battery manufacturers, the double attractions of the production cost advantage, and the future market potential of the emerging market countries, will further affect their channel marketing strategy and regional market development plan.
The above-mentioned three directions are the key operation factors for lead-acid battery manufacturers.
The need for uninterrupted power in various industries such as telecom, banking and hospitality has resulted in the strong growth of industrial batteries. Other application markets, such as UPS, achieved an annual growth rate in the range of 5 to 15% in 2010, because of the global economic recovery, which is the main reason for the global output growth of the lead-acid battery. GS YUASA has been the largest supplier for Japanese cars, UPS and transport vehicles until now, it has also started developing an overseas market since 2009, gradually increasing its current 40 percent overseas market ratio. Another area from where the market has been facing high demand is the renewable energy market where batteries are required to store the energy generated from renewable sources.
The remaining smaller scale manufacturers take up a 47.6% share of the entire market, showing a characteristic of the mature and diverse market. The main components of a leadacid battery are electrodes, which are composed of lead, and electrolytes, which consist ofan acid.

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