An Evaluation Of The Application Of Study Skills Assignment

An Evaluation Of The Application Of Study Skills Assignment An Evaluation Of The Application Of Study Skills â€" Assignment Example > Development of a Rechargeable Battery TechnologyAbstractA group of one or more electrochemical cells refers to rechargeable battery or storage battery. Because the electrochemical cells have electrochemical reactions that are reversible, then, these rechargeable batteries are secondary cells. In addition, the rechargeable batteries have different categories that include different sizes, and shapes. A number of rechargeable batteries may be put in a series or parallel connection to prove the required amount power for a given system (Linden, D. et al, 2002, p 12). To some extent, rechargeable batteries have a positive effect to depletion of the environment and lower the total cost of use compared to the disposable batteries, which have a greater negative impact to the environment and have a higher total cost of use. The focus in this report is show the ideal understanding of the development of the rechargeable battery technology. This report will entail the history and the developme nt of the rechargeable battery, the environmental impacts, advantages and disadvantages of using the technology, and give recommendations that need to have adjustments dealing with this technology. IntroductionThe development of the rechargeable battery technology retraces back to the 1859 invention of Georges Leclanche, a French engineer. This was the first development of the rechargeable technology, which he made lead acid battery that was rechargeable. In the recent past, researchers have faced significant challenges concerning the development of how they can construct a rechargeable battery that has minimal loss in energy capacity. The use of nanotechnology in the recent past has used in the field has proved to give significant result that is appealing to the need. This development has shown that only two minutes are necessary to charge a lithium ion battery to about 90% of the battery charge. Use of lithium air battery is another area of research, which has a cathode made of m aterial that uses the oxygen in the surrounding area and a lithium anode. As a result in this reaction lithium oxide or peroxide is formed while releasing energy, this occurs when oxygen mixes with lithium. This technology increases substantially the energy density available in the battery for use. Another research showed that nanoparticles used improved the electrical conductivity, therefore, could be very powerful for the development of the rechargeable battery. Through this technology, the use of nanomaterials would greatly improve the flow of ions from one electrode to the other. All this research owes to the replacement of the petrol drives to develop a battery that can sustain a drive as petrol. In essence, this technology is most important in that it aims at reducing the environmental effects caused by other sources of electric power. In the fight to reduce the rate of pollution, many rechargeable batteries are under development in different forms to reduce the flow of the batteries that pose a danger to the environment in the market. For example, the use portable radios, torches, lamps, watches, and calculators amongst other portable devices, they are equipped with rechargeable batteries. In as much as the rechargeable batteries have their economic impact, there are alternatives that can much the same as the rechargeable batteries to store charge. These alternatives may include the use of utracapacitrors. This alternative has a drawback in that the terminal voltage declines easily as compared to the rechargeable batteries.